Energy Hub Free Zone (EHFZ) is a privately owned Service Company with global activities covering all the aspects related to Energy, Oil, Gas, and Mining. The company established in Egypt under the investment law. We are one of Egypt’s premiers petroleum services provider offering services for the upstream, Midstream, and downstream Oil & Gas industry in addition to Mining and all types of energy. The company is driven by a multi-disciplinary team of successful professionals who want to make a difference by providing resources essential for societal stability and development. Our leadership teams each have more than 40 years of relevant and differentiating international experience
This 5-day instructor lead course emphasizes on theory and technical fundamentals of the Crude Distillation Unit, including the basics of unit equipment and equipment selection, operation variables, startup, shutdown and Trouble shooting and responses to common operating issues. The process flow diagram and animation will be used to illustrate how the process and variables are working. Related topics such as feed preheat system, pump-around, heat and material balance, crude oil heaters, also some exercise are included.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
The types, grades and characteristics of typical Crude Distillation Unit feed and products. How the Crude Distillation Unit process works and how it is products used in the other units. Process and equipment evaluation and selection criteria for various crude oil feedstock and product specifications. Basic understanding of fractionation column and other equipment. To recognize common operating and technical problems, such as effect of temperature, pressure, column flooding, dry trays, liquid surge in overhead, and entrainment, and implement appropriate responses.
This 5-day instructor lead course emphasizes the technical fundamentals of the Refinery Process Heater, including the basics of unit equipment design, operation, and responses to common operating issues related topics such, Burners system, Draft and Auxiliary Equipment including its purpose and function.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery operations and maintenance. While the fundamentals of design and equipment selection will be covered in this course is not an in-depth for process Heater design engineers.
You Will Learn:
How to explain what heat is, and describe three ways that heat can be transferred in a Furnace. Know Furnace classifications. The different type of the Furnace.
Describe principles heat transfer in the Furnace
Name and function of the furnace parts.
Describe gas burners types and functions.
Explain the fuel combustion mechanism in the furnace and the most efficient way of operating the furnaces. How much air require for furnace’s complete combustion. Process Heater basic design and brief related codes.
Auxiliary equipment evaluation and selection criteria for various Process Heater.
Heater Drafts & pressure drop, burners controls. To recognize common operating and technical problems, such as effect of temperature, pressure drop, fouling, hot spots, draft, burner and furnace flooding and implement appropriate responses. Describe general procedure for the start-up, shutdown and normal operation of a Furnace.
The safety and hazard in Furnace during start up, normal operation and shutdown.
This 5-day instructor lead course emphasizes the technical fundamentals of Blending, Oil Movement & Storage Tank Training Courses, including its purpose and function within the production and refinery facilities, Auxiliary Equipment and Consequences of Deviation.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
The process of oil recovery and production facilities, this also includes dehydration, desalting processes, and an overview of refinery units.
You will understand the types of storage tanks, measurement and how to handle gas freeing the tanks and vessels.
You will also learn about the general operation of tank farms including products blending.
You will learn about tank equipment’s, oil spills and emergencies.
You will be familiar with safety precautions that need to be taken in the tank farms.
This 5-day instructor lead course presents a complete and up –to date overview of the Oil Refinery units. Upon completing this course, you will have a good understanding of Oil Refinery industries. There are many methods that may be employed to fractionate and treat crude oil and distillation products and other processes units in the refinery.
Designed For:
For Technicians and Engineers in Refineries This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Refining Overview and Application
Crude Distillation
Products Treating
Motor Fuel Improvement
Refinery Cracking Processes
Residue Upgrading
Supporting processes
This 5-day instructor lead course emphasized the technical fundamentals of refinery Process units and equipment troubleshooting. This course is to provide the attendees with the required operation and methods of refinery units including its equipment, process operation and troubleshooting.
Designed For:
This is intended as an entry to mid-level practical course for refinery engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Crude Distillation Units
Vacuum Distillation Units
Refining Conversion Processes
Amine Systems
Sulfur Recovery Units
Centrifugal Pumps
Process Heaters
Vapor-Liquid Separation
Field Measurements
Alarms and Trips
This 5-day instructor lead course emphasizes the technical fundamentals of steam boilers operation and maintenance training courses, including its purpose and function within the production and refinery facilities.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Functions of Steam Generation Boiler
Fire Tube Boiler
Water Tube Boiler
Boiler Instrumentation and Safety Devices
Boiler Subsystems
This a 5-days introductory course is designed to provide newly graduated Process, Facility Engineers and Operators with the critical information required to improve their basic knowledge of sulfur plant and its problem solving. The information discussed will enhance the participant’s knowledge and understanding of each of the topics covered. The removal of acidic components (primarily H2S and CO2) from hydrocarbon streams can be broadly categorized as those depending on Chemical reaction, Include the principle process stream is the removal of the acid gases by counter flowing contact with an amine solution, commonly known as Amine Gas Sweetening. Explanation of Sulfur unit principles process stream and how the removal of the acid gases by burning small percentage of the acid gas in Claus furnace will increase the gas temperature above 1000 C then could the effluent in heat exchangers in order to produce sulfur compound.
Designed For:
This is intended as an entry to mid-level practical course for refinery engineering, operations, maintenance personnel and supervisors involved in day to day refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Sulfur Compound Extraction & Sweetening
Overview of Sulfur Recovery
Review of Amine Treating Units
Review of Sour Water Treating
Review of Claus Units
Review of Sulfur Plant Incinerators
Review of Tail Gas Treating Processes
Sulfur Plant Problems
Sulfur Plant Problems:
Maximizing Sulfur Plant Capacity
This 5-day training course will present a detailed overview of refining processes, from the crude oil feed to the finished products. All the major refining processes are explored and examined with a view of understanding how each unit relates to each other whilst at the same time how these relationships can enhance refinery operations. Major refining processes are presented and discussed, including the aspects of refinery units such as steam boiler operation and maintenance.
Designed For:
Personnel directly involved in refining operators, including but not limited to refining technologists and operations personnel as well as non-technical personnel interested in these processes or involved in refinery process.
You Will Learn:
Crude Distillation Unit. Vacuum Distillation Unit. Refining Conversion Processes
Amine Systems. Alkylation Process
Catalytic Cracking Processes
Centrifugal Pump
Process Direct Fired Heaters
Vapor-Liquid Separation Systems. How To Make Field Measurements
This five-day course covers the applied engineering aspects of all refining process and units; operation and trouble shooting. Major topics of coverage will include an over view of the units flooded trays, high Levels, dry trays, trapped water, upset trays, loss of cooling medium, loss of heat, plugged outlets, loss vacuum and poor column performance. Understanding stability issues; limiting problems; and problem solving; in unit monitoring and control: material balance, heat balance, pressure balance, and process control Instrumentation
Designed For:
This is intended as a mid and advance-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
Universal Troubleshooting Process. Refining Operations. Plant Troubleshooting. Current Trends In Petroleum Refining Industry. Troubleshooting Concepts and techniques. Petroleum Refinery Operations. Typical Crude Distillation Unit. Process Variables of Atmospheric Distillation.
Process Variables Of Vacuum Distillation.
Refinery Operation Difficulties. Ineffective Control Of Tower Operation. Abnormal Operations. Specific Processes. Process Equipment. Next Generation Processes And Products improvement. Building Operational Excellence. Effective Troubleshooting.
Debottlenecking And Optimization.
Future Trends In Refineries. Refinery Processes
Oil Refining Troubleshooting skills are considered a core competency industrial companies. If your company’s goals include minimizing downtime and safe Troubleshooting.
This 5-day course will cover troubleshooting philosophy, handling typical refinery units and related equipment operation problems and troubleshooting techniques.
Designed For:
Supervisors who are involved in the operations function and who are responsible for leading and directing people to achieve and improve productivity levels
Those faced with the challenge of actually using the various techniques of Troubleshooting and Problem Solving to reduce downtime and waste and improve run efficiencies will benefit.
You Will Learn:
Troubleshooting skills. Develop a structured approach to Troubleshooting and Problem Solving which uses a common terminology and shared understanding. How to make incremental efficiency gains in troubleshooting skills. To understand the importance of troubleshooting team and how it actually making it works.
Troubleshooting and Problem Solving – for all refinery units and its equipment.
The course will provide participants with a comprehensive theoretical and practical knowledge of crude oil testing and equipment. Emphasis will be placed on the practical aspects of crude oil testing and related equipment as well as a number of relevant examples will be presented. The use of analysis results to assist in decision making related to operation adjustment to improve products specification. Problem treatment will be illustrated through real-life case histories.
Designed For:
This program designed for Petroleum and Process Engineers, Operators & Technicians who work in the production operations.
You Will Learn:
Refinery feed stock’s review
Crude oil & petroleum products analysis
Experimental methods and its equipment
Laboratory Test Methods
This 5-day course concerns the initial start-up of any plant, irrespective of size, type, or industry, is a unique occurrence. Therefore, start-up poses some special problems. Lack of experience in dealing with these problems has frequently resulted in prolonged and costly startups, Troubleshooting performed during the actual start-up can be very expensive and must be done as effectively as possible. This course demonstrate how effective troubleshooting can minimize the time and cost of going from the initial start-up to full production. And will provide a review of techniques and discussion of numerous examples to develop skills in troubleshooting.
Designed For:
This course if designed for Petroleum refining engineers, Chemist who interest in oil and gas industry, Mechanical engineers. Operators in oil and gas industry (refining, gas processing, oil treatment, oil production) and oil production Supervisors in oil and gas industry refining, gas processing, oil treatment
You will learn:
Understand start-up terminology
Understand start-up safety and environmental issues
Understand plant personnel involvement
Understand how to minimize problems and consequences during commissioning and start-up
Plan for starting-up Predict start-up cost
Minimize equipment problems
Understand contractor, owner, engineering, operations involvement & responsibilities
Perform the initial start-up activities
Plan for shutdown and decommissioning
This 4-day instructor lead course emphasizes the technical fundamentals of the Oil Treatment This Course is to provide the methods of Oil Treatment Process, including the basics of unit equipment and equipment selection, operation variables, and responses to common operating issues. Related topics also some exercise are included.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day Oil Treatment unit operations and maintenance. While the fundamentals of design and equipment selection will be covered in this course is not an in-depth course for refinery design engineers.
You Will Learn:
Factors influencing oil treating
Principles of chemicals in treating
Components of treating system
It is a 2-day course that will provide the student with basic knowledge of all the different forms of corrosion and a basic understanding on how to Manage Corrosion: where and how this forms of corrosion manifest within the upstream installations, how to assess it, how to characterize it, how to monitor it and it and how mitigate it.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
Corrosion Management Throughout the Production System
Corrosion Management for Subsurface Equipment
Reservoir Characterization
Well tubing and well heads
Flow lines/gathering lines
Separation Stations
Principles of Corrosion Monitoring
Principles of Corrosion Mitigation
This 4-day course is developed due to the increase need to manage the corrosion on the most important asset in the oil and gas industry: the wells. Wells are considered the jewels of the oil/gas production systems; this course also covers the upstream equipment immediately after the wells: Flow line (multiphase flows), Separators (2-phase, 3-phase, electrostatic, fundamentals of design and corrosion), Tanks (wash, storage), Compressing Stations, Vapor Recovery Units, Water pipelines, oil pipelines and gas pipelines.
The understanding on internal corrosion; its process, mitigation and management is also an ever increasing concern due the myriad of variables that surround such phenomena, lack of clear understanding and experience of many industry personnel.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
Basics Of Corrosion
Forms Of Corrosion
Description Of Corrosion Mechanisms Throughout The Oil/Gas Production System
Corrosion Monitoring/ Analysis / Corrosion Control
This is a 3-day course that will provide the student with basic knowledge and Understanding of Corrosion monitoring and direct assessment techniques to assess the pipeline and equipment health Internal Corrosion Direct Assessment Techniques for Pipeline Integrity Assessment of all the different forms of corrosion and a basic understanding on where and how this forms of corrosion manifest within the upstream
installations, how to assess it, how to characterize it, how to monitor it and it and how mitigate it.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance.
While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
Method to monitor corrosion and to assess the pipeline and equipment health through the use of direct assessment techniques such as Non-Destructive Testing: UT, Guided Wave, X-Ray, and others.
Applicability of each monitoring and direct assessment technique.
This is a 4-day course that will provide basic knowledge and understanding of Pipeline integrity assessment and pigging technology, principles of corrosion, Inspection Methods, Monitoring and Inspection, Maintenance Pigging, Prevention and Remediation Techniques and Overlook at Other Regulations and Standards.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance. While the fundamentals of design and equipment selection will be covered in this course is not an in-depth course for refinery design engineers.
You Will Learn:
Principles of Corrosion
Inspection Methods
Monitoring and Inspection
Monitoring Techniques
Direct Assessment Methods
Principles of Fluid Dynamics
Corrosion Rate Prediction Models
Maintenance Pigging
ILI
Risk Assessment in Pipeline Integrity Management
Prevention and Remediations
Regulations and Standards
This is a 3-day course that will provide the student with basic knowledge and Understanding Nace Internal Corrosion Direct Assessment Techniques For Pipeline Integrity Assessment of all the different forms of corrosion and a basic understanding on where and how this forms of corrosion manifest within the upstream installations, how to assess it, how to characterize it, how to monitor it and it and how mitigate it.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance. While the fundamentals of design and equipment selection will be covered in this course is not an in-depth course for refinery design engineers.
You Will Learn:
Introduction of Participants Expectative
Corrosion Principles – quick refreshment: Definition of corrosion
Forms of Corrosion
Review of a Pipeline Integrity Methodology Region Selection for LP, DG and WG ICDA
Indirect Examination
Direct Examination methods – State of the Art
This is a 5-day course that will provide the student with basic knowledge and Understanding of Water Treatment for Injection in Secondary Recovery
Designed For:
Field supervisors, engineering technologists and junior engineers responsible for designing, optimizing, and operating secondary recovery programs, improving injector performance and treating water to be injected.
You Will Learn:
Water injection program design and specifications
Assessing water compatibility of selected source waters
Injection water analysis and treatment methodology
Open and closed water treatment systems and technology
Surface water treatment and specifications
Subsurface water treatment process and requirements
Injection well types, configuration, and testing
Prediction of scaling and its control
Understanding the corrosion issues and their control
Determine the best technology to treat the water
Monitoring and maintenance issues in water injection systems
This 5-day laboratory training course is an excellent way for individuals to understand the foundation of chemical EOR methods: laboratory studies. UEORS’s skilled lab personnel sets the company apart from competitors and a week of observation, hands-on training, and formal learning with them is a unique opportunity for clients. The course covers four general areas: Lab Safety, Microemulsion Phase Behavior, Polymer Solutions, and Core Flooding. Clients have the option of focusing on one or more of these areas in more detail if requested. The course can be customized and tailored to the requirements of the client.
All participants in the training course will start with mandatory safety training before moving to the environment.
Designed For:
This course will benefit individuals requiring a basic understanding of the laboratory experiments and procedures necessary in designing a chemical EOR (CEOR) flood. Participants may include engineers who want to understand experiments completed by UEOR, laboratory technicians who need to reproduce UEOR’s procedures and employees of service companies who need basic techniques of chemical product testing, quality control and analysis during implementation of a CEOR flood. No specific background is required for this course.
You Will Learn:
Learn essential lab safety procedures
Study the chemistry of various CEOR surfactants
Understand basic microemulsion phase behavior experiments
Interpret microemulsion phase behavior results
Learn to make and evaluate lab-scale polymer solutions
Analyze aqueous stability experiments
Learn basic core flood procedures
Train in coreflood effluent analysis procedures
Interpret coreflood results
Acquire CEOR terminology
Involves complex models which require training to accurately apply. Participants will learn about various simulation products and be trained in them. They will simulate the life cycle of CEOR, from bench-scale tests to field scale. By the end of the training, participants will have increased ability in independent simulation of CEOR. The course will begin with a short overview of chemical EOR, which will assume some background knowledge in the field and in reservoir engineering. Afterwards participants will work independently, under the supervision of UEOR staff, to model and simulate various aspects of CEOR. Starting with simple cases and situations, like polymer core-flooding, students will build their understanding of simulation of CEOR step-by-step. Evaluation of the different simulators and the models they use will be emphasized. After students show command of basic topics, more challenging, complex and complete models will be introduced. This will include core-flood matching of SP or ASP floods. Based on core-flood results, students will learn how to design and implement pilot scale simulations using the various products available. Pilot scale sensitivity and performance benchmarking will be included. Finally, simulation of the full field scale for CEOR will complete the training. Throughout the course participants will use real data from fields and core-floods in executing their own simulations. The ultimate objective is for students to achieve confidence in simulation of most aspects of CEOR. Material can be customized to a limited to suit client’s needs.
Designed For:
Any staff member with interest in simulation of chemical EOR and basic knowledge of reservoir simulation techniques.
You Will Learn:
Understand critical differences in simulators and their various advantages
Match parameters of CEOR in simulators of interest (UTchem, STARS, Eclipse)
Import / export data and models from various simulators
Use simulators to match core-floods
Simulate pilot-scale flood
Simulate field-scale flood
Recognize and fix common problems in CEOR simulation
Understand important sensitivities in CEOR
Establish realistic performance expectations for all levels of scale
This five day introduction to the fundamentals of enhanced oil recovery (EOR). Participants will learn what the broad term EOR encompasses, how to assess targets for EOR applicability, design of crucial experiments and piloting. Participants will become familiar with all currently deployed EOR techniques, including miscible and immiscible gas flooding, chemical methods including polymer and surfactant flooding, thermal flooding, modified brine flooding and more. Typical metrics for performance and economics of EOR will be provided.
Designed For:
Any engineers responsible for increasing oil and gas production rates and ultimate recovery in assets that are undergoing primary or secondary depletion. Managers and non-engineers in teams who require knowledge of EOR processes will also benefit from the course
You Will Learn:
Understand the crucial reservoir aspects of EOR
Understand reservoir lifecycle – primary, secondary and EOR
Describe the various EOR techniques, their advantages and limitations
Understand physics of reservoir displacement, incremental recovery
Complete a high level reservoir screen for several EOR Processes in a hypothetical field
Explain life cycle of EOR implementation (Screening – Lab – Pilot – Field)
Set expectations of performance of EOR floods in laboratory, pilot and field scales
Review relevant EOR field projects, performance and potential for incremental recovery
Achieve fluency in EOR terminology.
This course is a three-day introduction to the fundamentals of chemical EOR (CEOR). Participants will learn the methods of CEOR flooding, including reservoir screening, laboratory tests, piloting, and field implementation. An understanding of CEOR processes and their displacement mechanisms will be obtained.Chemical EOR has received increasing attention as an EOR recovery technique that is robust, cost-effective and efficient in producing incremental oil from certain reservoirs. Familiarity with the topic is important when evaluating assets for CEOR potential. Participants in this course will begin by learning about all currently implemented technologies, including polymer flooding, surfactant-polymer flooding (SP), alkaline-surfactant-polymer flooding (ASP), and others. Promising new CEOR technologies, such as alkaline-co-solvent-polymer flooding (ACP) will also be covered. With knowledge of the advantages and challenges of various EOR methods, participants will learn to screen reservoirs for chemical EOR and alternatives based on reservoir characteristics. Next, participants will learn the process of CEOR implementation from lab scale to pilot and finally to field scale. This section will be based on past field projects to help demonstrate advantages and limitations of CEOR. Participants will obtain performance guidelines for all phases of CEOR studies in order to evaluate work done, whether in-house or by contractors. Cost analysis of CEOR schemes will help participants make decisions about the value of the technology to an asset. Throughout the course, instructors will help participants gain understanding of common vocabulary and techniques used in the field.
Designed For:
Individuals requiring an understanding of chemical EOR will benefit from this course. This includes engineers responsible for increasing oil and gas production rates and ultimate recovery in assets that are undergoing primary or secondary depletion. Managers and non-engineers in teams who require knowledge of EOR processes will also benefit from the course.
You Will Learn:
Explain life cycle of CEOR implementation (Screening – Lab – Pilot – Field )
Screen reservoirs for CEOR and other EOR methods
Select promising CEOR techniques for evaluation from a suite of options
Understand chemical phase behavior and displacement mechanisms essential to CEOR
Set expectations of performance of CEOR floods in laboratory, pilot and field scales
Achieve fluency in CEOR terminology
Evaluate quality of CEOR work
This course stresses practical application of modern techniques of well test analysis, with a special emphasis on the pressure derivative. The TDS technique, which is an alternative option to type-curve matching technique, convolution and regression analysis, will be used to analyze various types of pressure tests, including flow tests, buildup tests, and interference tests. Interpretation of pressure tests of hydraulically fractured wells, naturally fractured reservoirs and horizontal wells will be discussed in great details. Class exercises/workshops involving the use of Excel, not commercial software, and modern pressure derivative techniques will reinforce the concepts covered in class. Concepts will be illustrated by several numerical examples.
Designed For:
Petroleum Engineers who want to understand well testing principles and who want to apply advanced modern interpretation techniques to analyze pressure transient tests. Basic understanding of reservoir engineering is recommended. The course can be taught at any level: basic, intermediate or advanced, depending on the experience of participants.
You Will Learn:
Understand the theory and applications of pressure derivative. Conventional techniques based on the interpretation of pressure data will be reviewed.
Use a new technique, called TDS, for analyzing drawdown and buildup tests in oil and gas wells.
Identify flow regimes using the pressure derivative.
Describe characteristic pressure behavior for wells near a single and multiple open and closed boundaries.
Identify well test data affected by various wellbore and near-wellbore phenomena.
Use the TDS technique to estimate average drainage area pressure.
Analyze pressure tests in wells with vertical or inclined hydraulic fracture.
Analyze well tests in naturally fractured reservoirs using the radial and elliptical flow regimes.
Use Conventional and Modern Techniques to Interpret Pressure Tests in Multilayer Reservoirs
Interpret well tests of Partially perforated/completed wells
Learn how to analyze MDT pressure data
Apply Derivative Techniques to Multiphase Flow Tests and Multi-Rate Tests.
Easily analyze pressure tests of slant and horizontal wells.
This five-day course stresses practical reservoir engineering concepts essential to predicting the performance of horizontal and slanted wells, with a special emphasis on: Role of geology in selecting optimum site for drilling a horizontal well, Assessing Productivity of HW, Evaluation of Slanted Well Performance, Interpretation of HW pressure transient tests in oil and gas reservoirs, Performance of Stimulated horizontal wells, Determine Horizontal Well Productivity, Placement of Horizontal Wells to avoid Water and Gas Coning, Performance of horizontal wells in Naturally fractured reservoirs, Illustrate interpretation techniques by solving a large number of exercises.
Designed For:
Petroleum Engineers who want to, know how to use geologic information to select the optimum site to drill a horizontal well; understand well testing principles unique to horizontal wells; apply advanced modern interpretation techniques to analyze complex problems related to the pressure behavior of horizontal wells in hydraulically and/or naturally fractured oil and gas reservoirs; know how to stimulate horizontal wells and assess post-fracturing performance and use modern interpretation methods for calculating productivity of horizontal wells. Previous experience in basic reservoir engineering and basic understanding of fluid flow equations is helpful.
You Will Learn:
Select optimum geological setting for horizontal well placement
Interpret pilot-hole tests
Understand the fundamental theory and applications of well test analysis to horizontal wells;
Use modern techniques for analyzing drawdown and buildup test in Horizontal and slanted wells;
Evaluate and forecast horizontal well production performance with and without hydraulic fractures
Assess the productivity of Horizontal Wells
Decide on whether to fracture a vertical well or drill a horizontal well
Apply the knowledge and skills in their job assignments upon course completion.
The course provides improved linkage between the techniques used at various scales to describe and model petroleum reservoirs. The ultimate objectives are to enable technical staff to maximize the recovery of Hydrocarbons. The impact of petrophysical heterogeneity at various scales on the recovery of oil and gas provides the focus for the course. Understanding the role of reservoir rock properties is the key to practically all aspects of the petroleum business. Principles, measurements, applications, and integration of rock properties for reservoir description will be discussed in depth. Through a combination of class discussion and exercises/ workshops, participants will learn how to calculate permeability from porosity and other petrophysical properties. Using core data and data from open-hole logs you will evaluate porosity, permeability, and saturation in a variety of reservoirs. Naturally fractured reservoirs are discussed in great details. Knowing how to integrate petrophysical information with other data sources, such as well test data, to identify and characterize flow units will improve participants’ ability to assess technical risk when examining improved oil recovery techniques.
Designed For:
This course in designed for a broad range of engineers and geoscientists working in the petroleum industry, Reservoir engineers, Recently hired engineers who graduated with a degree in chemical engineering, mechanical engineering, electrical engineering, civil engineering, etc. and are involved in reservoir evaluation, Geologists and Geophysicists who are involved in the area of formation evaluation and field development.
You Will Learn:
Assess Resources & Reserves
Generate permeability-porosity relations unique to their reservoir
Calculate horizontal permeability from measured vertical permeability data
Use MDT testing to determine vertical permeability
Identify and characterize flow units in sandstone formations
Determine fracture porosity and permeability
Calculate Porosity partitioning coefficient of a naturally fractured reservoir
Calculate storage capacity and inter-porosity flow factor from well tests.
Determine Net-Pay, Permeability and Porosity Cut-off
Use modern techniques to Interpret pressure tests
Use Dykstra-Parsons and Lorenz parameters to quantify impact of internal reservoir architecture in controlling sweep efficiency and oil recovery factors.
Evaluate potential of unconventional reservoirs, tight gas sands, shale-gas reservoirs.
This five-day course stresses practical reservoir engineering concepts essential to predicting the performance of horizontal and slanted wells, with a special emphasis on: Assessing Resources, Reserves & Recovery, Reservoir Zoning And Flow Units, Naturally Fractured Reservoirs, Carbonates, Analyzing Performance Of Oil And Gas Reservoirs, Advances In Reservoir Dynamic Testing, Reservoir Engineering Aspects Of Horizontal Wells, Waterfloding, Pressure Maintenance And EOR.
Designed For:
Petroleum Engineers
You Will Learn:
Understand the importance of acquiring accurate rock and fluid data
calculate PVT properties of oil, gas and water
Identify and characterize reservoir types and Flow Units
Use reservoir drive mechanisms for optimum recovery
Apply analysis techniques for calculating oil and gas in place and reserves based on correlations, volumetric and material balance equations
Understand and apply concepts of fluid flow and productivity of vertical and horizontal wells.
Evaluate naturally fractured carbonate reservoirs
Apply modern techniques to analyze well test data of vertical and horizontal wells (assuming participants are familiar with conventional techniques)
Evaluate reservoir performance of horizontal wells
Become familiar with the different enhanced oil recovery techniques
Apply the knowledge and skills in their job assignments upon course completion.
This five-day course stresses practical aspects of reservoir characterization for reservoir and production engineers, with a special emphasis on: Assessing recovery and reserves, Petrophysical evaluation of Naturally Fractured Reservoirs (NFR), Interpretation of pressure tests of vertical and horizontal wells in NFR, Reservoir management of NFR
Designed For:
Petroleum engineers, such as production engineers and reservoir engineers, geoscientists and other technical staff who are involved in the area of formation evaluation and field development.
You Will Learn:
Integrate rock data obtained from logs and cores
Generate permeability-porosity relations unique to their reservoir
Utilize data from formation evaluation tools to determine reservoir quality
Analyze the variations in pore architecture and its effect on permeability
Relate fracture density, aperture, and length to facies, lithology and digenesis
Determine fracture porosity and permeability in NFR
Calculate Porosity partitioning coefficient of a naturally fractured reservoir
Calculate storage capacity and inter-porosity flow factor
Analyze well tests in naturally fractured reservoirs
Assess reservoir performance of horizontal wells in NFR
Use MBE to analyze impact of pressure Depletion on Recovery in NFR
For participants who are familiar with the basic concepts of reservoir engineering, and, therefore, the course will be taught at the mid-level. Companies may choose the chapters and technical concepts they would like their engineers to acquire.
For non-petroleum engineers who only want to be introduced to some of the most basic activities of a reservoir engineer. In this case only relevant chapters will be discussed during the course.
Designed For:
Engineers who graduated with a degree in chemical engineering, mechanical engineering, electrical engineering, civil engineering …, and are interested in a career in Petroleum Engineering.
Petroleum Engineers with limited experience in Reservoir Engineering
Geological Engineers who are involved in formation evaluation
Technical support staff
You Will Learn:
Understand the importance of acquiring accurate rock and fluid data
Be able to calculate properties of oil, gas and water
Identify and characterize reservoir types and Flow Units
Use reservoir drive mechanisms for optimum recovery
Apply analysis techniques for calculating oil and gas in place and reserves based on correlations, volumetric and material balance equations
Understand and apply concepts of fluid flow and productivity of vertical and horizontal wells.
Evaluate naturally fractured carbonate reservoirs
Be able to apply modern techniques to analyze well test data of vertical and horizontal wells (assuming participants are familiar with conventional techniques)
Understand and apply concepts involved in reservoir stimulation, water and gas injection
Become familiar with the different enhanced oil recovery techniques
Apply the knowledge and skills in their job assignments upon course completion.
This five-day course stresses practical aspects of gas reservoir engineering, with a special emphasis on: Characterization of Rock Properties of Gas Reservoir. Methods for estimating reservoir fluid properties required for gas reservoir engineering calculations. Methods for estimating original gas in place, gas reserves, and recovery factors for a variety of reservoir drive mechanisms and unconventional gas reservoirs. Geopressured Gas Systems. Conventional and modern techniques for analyzing various types of pressure tests in gas wells, including flow tests and buildup tests. Interpretation of pressure tests of hydraulically fractured gas wells will also be discussed in great details. Participants are encouraged to bring to class actual pressure tests for analysis. Practical uses of methods for predicting the flowing pressure behavior in gas wells, including determining bottom-hole pressure from surface measurements and evaluating gas-well production performance. Gas deliverability testing and decline-curve analysis of gas wells. Performance of Horizontal Wells in Gas Reservoirs. Unconventional Shale-Gas Reservoirs.
Designed For:
The course is presented in a manner so that both beginners and experienced personnel will find the material very useful.
You Will Learn:
Techniques for calculating gas in place and gas reserves based on volumetric and material balance equations.
Gas condensate reservoirs and optimize liquid recovery
The theory and applications of pressure and pressure derivative; use a new technique, called TDS, for analyzing drawdown and buildup tests in gas wells; and analyze pressure tests of hydraulically fractured gas wells.
Evaluate and forecast gas-well production performance.
Use modern techniques to analyze decline curves, e.g. Universal Decline Curve Fitting Equation
Evaluate unconventional gas reservoirs with emphasis on shale-gas reservoirs
Assess performance of pre- and post-frac horizontal gas wells
This 5-day instructor lead course emphasizes the technical fundamentals of Petroleum Industry,
Natural Gas & Refining processing, Oil Movement & Storage Tank Training Courses, including its purpose and function within the production and refinery facilities.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
About petroleum production and refinery facilities operations and maintenance.
The fundamentals of design and equipment selection
About Natural Gas & Refining processing, Oil Movement & Storage Tank, including its purpose and function within the production and refinery facilities.
This 5-day instructor lead course emphasizes the technical fundamentals of Well Production Technology , Well operation, Completion & Well Perforating Operation, Characterizing Damage and Stimulation, Hydraulic fracturing and Well Problem Solving.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered but this is not an in-depth course for Well Production facilities design engineers.
You Will Learn:
The technical fundamentals of Well Production Technology
About well problem solving
The fundamentals of design and equipment selection
Well operation, Completion & Well Perforating Operation, Characterizing Damage and Stimulation, Hydraulic fracturing and Well Problem Solving
This 5-day instructor lead course emphasizes the technical fundamentals of Natural Gas Production & processing,
Oil Reservoirs, Well head operation,
Gas Liquid Separation, Natural Gas processing, including its purpose and function within the production and refinery facilities, Auxiliary Equipment, Consequences of Deviation.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
About the purpose and function within the production and refinery facilities.
About gas Liquid Separation, Natural Gas processing
The fundamentals of design and equipment selection
This 5-day instructor lead course emphasizes the technical fundamentals of Surface Field Production Engineering
Include Well Operation, Bottom Hole Completion Techniques, Wellhead and Surface Flow Control, Gas Liquid Separation, crude oils treatment, Crude Oil Stabilization and Sweetening, Natural Gas processing, Oil Movement & Storage Tank Training Courses, including its purpose and function within the production and refinery facilities, Auxiliary Equipments and Consequences of Deviation.
Designed For:
This is intended as an entry to mid-level practical course for surface field production engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
The fundamentals of design and equipment selection
About Well Operation, Bottom Hole Completion Techniques, Wellhead and Surface Flow Control
About Gas Liquid Separation, crude oils treatment, Crude Oil Stabilization and Sweetening
About Natural Gas processing, Oil Movement & Storage Tanks.
This 5-day instructor course emphasizes the Crude Oil Treatment Natural Gas & Refining processing, Oil Movement & Storage Tank Training Courses, Processing configuration, Operation, design considerations and Oil Metering including its purpose and function within the crude oil treatment facilities.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design.
You Will Learn:
The fundamentals of design and equipment selection
About processing configuration, operation, design considerations and oil metering
About purposes and functions within the crude oil treatment facilities.
About auxiliary equipment
About consequences of deviation.
This five-day course presents a fundamental understanding of oilfield handling and treatment equipment. To provide the participants with the fundamentals of separation in vessels, Types of vessels and Applications, Separator Internals, Separator Operation and Troubleshooting, Crude Oil Emulsions, Emulsifying Agents, Demulsifies, Emulsion Treating, Heater-Treaters, Electrostatic Heater Treater, Desalting, Dehydration, H2S Stripping, Heat and Chemical Treatment. Allow the attendants to participate in the diagnostic and the identification of key variables for an optimum operation. Also discusses the design, selection of the above mentioned equipment. Provides exercises to solve operational problems in the production and processing of oil& natural gas in the most effective and reliable form. The focus will be on important operating principles, process control variables, operating problems. All this will result in an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the performance of gas conditioning and handling
Designed For:
Production, Process, Petroleum and Chemical Engineers, Chemists, Operators, Supervisor Who Are Working In Oil Production Facilities. And Team Leaders, Manager Who Are Required Knowledge of Process Engineering.
You Will Learn:
How to identify key variables for an optimum operation
To solve operational problems in the production and processing of oil& natural gas in the most effective and reliable form
Important operating principles, process control variables, operating problems
Have an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the performance of gas conditioning and handling
This 5-day instructor lead course emphasizes the technical fundamentals of Advanced Natural Gas processing, Start-up, Shutdown, Troubleshooting and Special Problems include: The purpose of this course is to present an overview and fundamental understanding of oilfield handling and treatment equipment. To improve de Advanced Natural Gas Processing, Start-up, Shutdown, ‘Troubleshooting and Special Problems legate’s knowledge of the advanced concepts of Natural Gas Processing, Start-up, Shutdown, ‘Troubleshooting and Special Problems of the equipment used in the Dehydration Unit. To provide the participants with the Fundamentals of separation in vessels, Types of vessels and Applications, Separator Internals, Separator Operation and Troubleshooting, Crude Oil Emulsions, Emulsifying Agents, Demulsifies, Emulsion Treating, Heater-Treaters, Electrostatic Heater Treater, Desalting, Dehydration, H2S Stripping, Heat and Chemical Treatment. Allow the attendants to participate in the diagnostic and the identification of key variables for an optimum operation. Also discusses the design, selection of the above mentioned equipment. Provides exercises to solve operational problems in the production and processing of natural gas in the most effective and reliable form.
The focus will be on important operating principles, process control variables, operating problems. All this will result in an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the performance of gas conditioning and handling.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Gas Liquid Separation, Natural Gas, Dehydration, Refrigeration Processes
Fractionation Processes &Troubleshooting
Startup- Emergency shutdowns
Guidelines for Safe Pre-commissioning, Commissioning, and Operation of Process Units
Including its purpose and function within the production and refinery facilities.
Auxiliary Equipment
Consequences of Deviation.
This 5-day instructor lead course emphasizes the technical fundamentals of Gas Dehydration Technology, Hydrocarbon Dew Point Control Technology include: The purpose of this course is to present an overview and fundamental understanding of Gas Dehydration Technology, Hydrocarbon Dew Point Control Technology . To improve advanced natural gas dehydration and dew point. Allow the attendants to participate in the diagnostic and the identification of key variables for an optimum operation. Also discusses the design, selection of the above mentioned equipment. Provides exercises to solve operational problems in the production and processing of natural gas in the most effective and reliable form. The focus will be on important operating principles, process control variables, operating problems. All this will result in an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the performance of gas conditioning and handling.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Natural Gas, Dehydration, Overview to Sweetening Processes
Gas Dehydration Systems
Water Hydrocarbon System Behaviors
Glycol shut-down procedures from gas dehydration systems
Glycol Maintenance procedures for gas dehydration systems
Glycol start-up procedures for gas dehydration systems
Guidelines for Safe Pre-commissioning, Commissioning, and Operation of Process Units
Hydrate Inhibition in Low Temperature Processing Plant
Gas dehydration using Refrigeration Processes
Pipeline Cleaning
Auxiliary Equipment
Consequences of Deviation.
This 5-day instructor lead course emphasizes the technical fundamentals Advanced Process Plant Operations, Troubleshooting and Special Problems. The purpose of this course is to present an overview and fundamental understanding of Advanced Process Plant Operations, Troubleshooting and Special Problems. To improve advanced natural gas dehydration and dew point. Allow the attendants to participate in the diagnostic and the identification of key variables for an optimum operation. Also discusses the design, selection of the above mentioned equipment. Provides exercises to solve operational problems in the production and Process Plant in the most effective and reliable form. The focus will be on important operating principles, process control variables, operating problems. All this will result in an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the performance of gas conditioning and handling.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production.
You Will Learn:
Trouble shooting of the Crude Oil
Treating System
Treating Crude oil
Gas Dehydration Systems
Water Hydrocarbon System Behaviors
Trouble shooting Gas processing
Glycol shut-down procedures from gas dehydration systems
Glycol Maintenance procedures for gas dehydration systems
Glycol start-up procedures for gas
dehydration systems
Pumps and Heat Transfer in heat
exchangers
Guidelines for Safe Pre-commissioning, Commissioning, and Operation of Process Units
The purpose of this three-day course is to present an overview and fundamental understanding of the Heat Transfer Equipment Operation, Startup and Commissioning. To improve delegate’s knowledge of the basic concepts of Heat Transfer and related equipment used in oil industry. All this will result in an increase of the effectiveness of the personnel, reduction of operational costs and optimization of the heat transfer and heat exchanger performance.
Designed For:
Production, Process, Petroleum and Chemical Engineers, Chemists, Operators, Supervisor Who Are Working In Oil Production Facilities. And Team Leaders, Manager Who Are Required Knowledge of Process Engineering.
You Will Learn:
Heat Exchangers Types of and Applications, Operation and Troubleshooting,
The diagnostic and the identification of key variables for an optimum operation.
The design, selection of equipment.
To solve heat exchangers operational problems in the production and processing of oil& natural gas in the most effective and reliable form.
This 5-day instructor lead course emphasizes the technical fundamentals of Water Treatment & Water Injection Training Courses, including its purpose and function within the production and refinery facilities.Auxiliary Equipment, Consequences of Deviation.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers. Participants should have a previous knowledge of petroleum industries or new employees of oil industry, fresh university graduate from engineering collage or process Technicians will find the course particularly relevant.
You Will Learn:
A complete and updated knowledge about water treatment & water Injection of oil field and refinery industries. You will learn an overview on petroleum reservoir include how many methods that may be employed for water treatment system in the oil field flooding technology.
This 8-day course provides an overview of process safety engineering for hydrocarbon processing facilities, with emphasis on the upstream oil & gas sector. The focus of this course is on the engineering/design aspects. Techniques for analyzing and mitigating process safety hazards applicable to oil and gas processing will be reviewed. Integration of the concepts covered to achieve a measured approach to Process Safety Engineering is a key aim of this course. Exercises and group projects will be utilized throughout the course to emphasize the key learning points.
Designed For:
Facilities, process and design engineers, as well as new safety/loss prevention engineers who require an overview of Process Safety Engineering Facilities, process and design engineers, as well as new safety/loss prevention engineers who require an overview of Process Safety Engineering.
You Will Learn:
Types of equipment and process systems that have historically been problematic in the Upstream oil & gas industry
Basics of risk analysis
Thinking in terms of Inherently Safer Design
Most commonly used process hazards analysis methods and where they are used
“Layers of Protection” concept - what the different layers are and how they are applied
Detection and mitigation methods for different types of hazards
This 5-day course is intended to provide an understanding of the methodology for investigating incidents and analyzing management system performance to solve problems and optimize performance. The application of widely used investigative tools can make the analysis more effective and efficient. This course helps develop skills for structuring an investigation program for a company.
Designed for:
Anyone who needs to learn incident investigation skills
Personnel who have responsibility for conducting, reviewing or participating in incident investigation analyses
You will learn:
How to meet regulatory requirements for incident investigations
How and why to report near misses
The general philosophy and methodology of risk management
How to help a team gather data, especially interviewing of peers
Overview of cause determination methods
How to develop appropriate recommendations to address root causes
Learn how to identify root causes (not just causal factors) using proven techniques.
Health, Safety and Environmental Management Systems are based on a proactive process for incidents prevention as well as reactive monitoring of performance. Risk assessment is required to be applied to all activities that impacts on health & safety, production, asset, environment and the company reputation.
Designed For:
This program is designed for persons with responsibility for risk assessments in their organization to make sure that they know the legal requirements, understand the principles of risk assessment and that they can actually perform ‘suitable and sufficient’ risk assessments.
You will learn:
Recognize the difference between hazard, risk and risk assessment
Learn how to evaluate different types of risk
Develop the skills of applying advanced risk assessment techniques relevant to the process industry
Develop a strategy for planning and implementing risk reduction action plans
Appreciate the contribution of human error to accidents
Be able to apply advanced techniques for root-cause analysis for incidents
This five-day Basic Drilling Technology Course is to provide both a theoretical and practical knowledge of Drilling Technology. Emphasis will be placed on the practical aspects of drilling equipment, technology, terminology, morning report, and well planning inclusive of vertical, directional and horizontal. There will be several examples used in class; a scientific hand calculator will be required. A detailed course hand-out and manual will be given and is an excellent reference, will be provided.
Designed For:
This course is aimed at drilling support and operation personnel, petroleum engineers, production engineers, and completion engineers, drilling technologists, and geoscientist, and all those who want a better understanding of drilling technology.
You Will Learn:
Basic Drilling Technology
Pore Pressure
Drilling Fluids
Geology
Drill Bits
Directional Drilling
Cementing
Casing
Drill String Components
Drill String Handling
Solids Control
Hydraulics
Closing comments and a question period.
Emphasis will be placed on the practical and theoretical aspects of petroleum technology. Further, basic geology, seismology, reservoir properties and characterization, geological exploration, basic concepts of primary and enhanced recovery and terminology will all be reviewed. A detailed course hand-out and manual for reference will be provided.
Designed For:
This course is aimed at newly hired petroleum engineers, drilling, production, and completions engineers, oil and gas industry support personnel (secretary, field, administration, etc.) all personnel who want to learn about petroleum technology (investors, non-discipline engineers/geoscientists, etc.).
You Will Learn:
Basic Geology
Exploration
Reservoir Characteristics
Well Completions
Subsurface Engineering Concerns
Reservoir Recovery
Surface Processing
Unconventional Oil and Gas Reservoirs
Closing comments and a question period.
This 3-day course will introduce participants to basic concepts, theories, principles and overview of drilling. Expose participants to the various drilling facilities onshore and offshore and rig set-up. Introduction to the stake holders involved in drilling. Introduce participants to the history of drilling, drilling terminologies and drilling methodologies. Explain the purpose and essentials of drilling. Show participants the basic concept of drilling operation and process. Introduce participants to major consideration such as well control. Explain the fundamental and basic calculations in drilling.
Designed For:
This short course is intended for personnel with no drilling background, knowledge or experience. It is a very basic and introductory course designed to expose and introduce potential candidates to drilling engineering concepts and fundamentals.
You Will Learn:
Fundamentals of Petroleum
Stakeholders involved in drilling and drilling contracts
Drilling contracts and stakeholders
Onshore and Offshore Drilling Unit
History of drilling
Rotary drilling
Rig set-up
Drill string and Bottom hole assembly concept
Well control and the Drilling Process
Concept of Drilling
Fundamental Drilling Calculations
Introduction to Directional Drilling.
This 2-day course provides practical knowledge of Stuck Pipe Avoidance techniques. Emphasis will be placed on the practical aspects of stuck pipe mitigation. Drilling trends leading to stuck pipe will be analyzed. Real stuck pipe problems will be analyzed and discussed by the participants. Also, a hand-out which tracks each potential problem leading to stuck pipe will be given to the attendees to take on the job. This detailed course hand-out, which is an excellent reference and will be a great stuck pipe trend monitor for Stuck Pipe Avoidance.
Designed For:
This course is aimed at Drillers, Assistant Drillers, Tool Pushers or Rig Managers, Field and/or office Drilling Engineers, the entire drilling team. Each stake holder is a potential attendee for the Stuck Pipe Avoidance/Mitigation Course.
You Will Learn:
Wellbore Stability
Drilling Fluid Design
Hole Cleaning
Differential Sticking
Wellbore Geometry
Lost Circulation
Tripping Practices
Fishing and Remedial Operations
Drill String Behavior
Stuck Pipe Case Studies
Stuck Pipe Summary
Closing comments and a question period.
The course covers the applied engineering aspects of basic drilling engineering for economic recovery of oil and gas. Major topics of coverage will include an over view of general wells; drilling methods; drilling systems and Rotary Drilling Systems, Formation Pressure, Drilling Fluids, Drilling Fluids Hydraulics, Drill Bits, Drill-string Mechanics, Directional/Horizontal Well Drilling, Casing Cementing, Well Control Mechanics, Drilling Problems
Designed For:
Drilling engineers and managers, other engineers and managers who have some basic knowledge in drilling.
You Will Learn:
Rotary Drilling Systems
Formation Pressure
Drilling Fluids
Drilling Fluids Hydraulics
Drill Bits
Drill-string Mechanics
Directional/Horizontal Well Drilling
Casing Cementing
Well Control Mechanics
Drilling Problems.
This five-day course covers the applied engineering aspects of drilling and completing directional, horizontal and multi-lateral wells for economic recovery of oil and gas. Major topics of coverage will include an over view of directional, horizontal and multi-lateral wells; drilling methods; drilling systems and tools; well trajectory plan design; horizontal/multi-lateral drilling curve design; survey and well path calculation methods; drilling fluids and hydraulics; torque and drag; drill-string and BHAs design; well control; wellbore stability issues; limiting problems; completion methods; casing/cementing; over view of coiled tubing, under balanced and slim hole drilling; case studies.
Designed For:
Drilling engineers and managers, other engineers and managers who have some basic knowledge in drilling.
You Will Learn:
Overview of directional, horizontal and multilateral well drilling
Geological and reservoir aspects of horizontal wells
Horizontal well drilling
Build curve design for horizontal/multi-lateral drilling
Drilling fluids/hydraulics in horizontal/multi-lateral
Drill-string design for horizontal well drilling
Casing/cementing in horizontal/multi-lateral wells
Horizontal well completion
Multi-lateral drilling
Overview of coiled tubing, under balanced and slim hole drilling.
For successful oil & gas drilling fluids operations knowledge of numerous factors is required. It is well known throughout the oil patch, that it is not just increasing the drilling rate, but minimizing the rig downtime caused by various drilling problems that will lead to significant decrease in overall drilling cost of a well.
Designed For:
Personnel who are directly or indirectly involved in the Planning, design and execution of all drilling programs and the field daily activities. This includes:
Drilling Engineers
Drilling supervisors & Managers
Rig Personnel
Production/Reservoir Engineers
Geologists.
You Will Learn:
What potential problems may occur during drilling a well
Why do these problems occur?
What to do and how to act quickly to minimize their economic impact.
For successful oil & gas drilling operations knowledge of numerous factors is required. It is well known throughout the oil patch, that it is not just increasing the drilling rate, but minimizing the rig downtime caused by various drilling problems that will lead to significant decrease in overall drilling cost of a well. This course will provide the participants a thorough knowledge and understanding of the problems that may (and often do) occur during oil and gas drilling operations. It will present means for possible solutions, mitigation and/or total prevention of those problems. The participants will be given tools that will help minimize the unscheduled costly events, which in turn, reduce the overall cost of drilling a well.
Designed For:
Personnel who are directly or indirectly involved in the Planning, design and execution of all drilling programs and the field daily activities. This includes:
Drilling Engineers
Drilling supervisors & Managers
Rig Personnel
Production/Reservoir Engineers
Geologists.
You Will Learn:
What potential problems may occur during drilling a well
Why do these problems occur?
What to do and how to act quickly to minimize their economic impact on the AFE.
How to recognize signals before problems become eminent which in turn will help reduce rig downtime and cost.
This 5-day course will provide the participants with a basic understanding of all aspects of the petroleum industry from A to Z. To enhance the participants’ communication skills within the oil and gas industry and establish reference for future utilization. To enable the participants to comfortably and intelligently converse in the complex world of the oil and gas industry.
Designed For:
Individuals that who want to acquire a full understanding and basic knowledge in the origin of oil and gas, bow it is deposited and accumulated, how to find its traps, how to drill economically for it, how to complete the well, how to produce, store, transfer and treat the produced hydrocarbons until it reach its market place for use. The course is targeted for individuals who want general orientation on the petroleum industry, including those in accounting, banking, insurance, legal & other professions; oil/gas investors in prospects, oil stocks & securities, mineral land owners, industry employees supportive of oil/gas who are in related jobs, such as salesman, landmen, computer programmers purchasing agents and secretaries and other oil company employees.
You Will Learn:
About the origin of oil & gas
The type of rocks that are candidates for the deposition of hydrocarbons
The various traps that allows the accumulation of hydrocarbons
The methods used to determine the potential areas of oil/gas reservoirs
General knowledge about field drilling operations to tap the reserves
The completion options of the well
Whether to fracture and/or acidize the producing zone or do both
Reservoir rock properties that are essential to oil/gas reserve estimation and recovery
Factors that affect the ultimate recovery of oil/gas and types of recovery
Types of drives in oil reservoirs
Well cost estimation and the economics of the drilling venture.
The oil and gas industry world wide dedicates part of it’s resources to assure long supply of its oil and gas. Effective planning, implementation of new technologies, application of successful drilling practices and utilization of ‘learning curve” are some of the strategies used to achieve the objectives. Drilling costs account for more than 65% of the total well cost and therefore, reductions in costs related to the drilling operations can have very significant impact on the total economic viability of oil/gas resource base. It has been shown in many situations that drilling costs can vary by more than plus or minus 50% even for wells drilled in the same geologic areas with same objectives. The reason is that different organizations use different drilling practices some of which are more cost effective than others. If all operators implement only successful practices the variation gap will be significantly reduced along with the total drilling costs. This course will address all the issues that impact on what is called effective well planning that include all drilling programs, needed information essential for successful drilling practices, analysis and diagnosis of information, safety and environmental aspects, learning (experience) curve, drilling problems anticipation and contingency planning for solutions. Roundtable discussion will follow each lecture presentation.
Designed For:
Drilling engineers and managers, other engineers and managers who have some basic knowledge in drilling.
You Will Learn:
Have the knowledge of basic successful drilling practices. Understanding of drilling problems and solutions. Effective well planning from spud to completion.
Utilization of “learning curve” concept in reducing and controlling drilling costs. Application of continuous improvements on performance.
Effective relations between operator and contractor, supplier and/or service companies. Contract agreement.
Critical factors for project success. Impact of team work on project success.
Ability to review and understand offset well data. Know how to select the right rig.
Know how to take risk.
A large amount of geological and geophysical data is acquired (at substantial cost) before and during a drilling operation and drilling locations are to a large extent determined by seismic data and other geophysical information. Ensuring optimal quality of this information and effective reporting plays a key role during well design, drilling operations as well as during a later use of the data in field development studies. A key requirement for success is close co-operation and integration between geophysical, geological, drilling, petrophysical and reservoir engineering departments.
Designed For:
Geophysicists, geologists, drilling and petroleum engineers and other staff involved in the acquisition and use of geophysical, geological, drilling, logging and other engineering data during the exploration, appraisal and development phases.
You Will Learn:
The basic principles of the acquisition, processing and management of subsurface data. They will be aware and to a large extent learn how to evaluate the data through lectures and discussions. Participants will be using a “microscope” for rock analysis, plot geophysical and well log data and correlate the information. Participants will acquire an understanding of drilling problems caused by subsurface conditions and of application of subsurface data in exploration and development projects.
A large amount of geological data is acquired (at substantial cost) during a drilling operation. Ensuring optimal quality of this information and effective reporting plays a key role during well design, drilling operations as well as at the later use of the data in field studies. A key requirement for success is close co-operation between geological, drilling and well engineering departments. Learning, methods and tools: participants will have grasped the basic principles of well-site data acquisition quality control. They will learn the techniques used routinely by well-site geologists in formation evaluation through lectures, integrated with practical exercises. Participants will be using the microscope for cuttings analysis and UV light boxes for oil show examination. Participants will acquire understanding of drilling problems caused by subsurface conditions, and of application of well-site data in exploration and development projects.
Designed For:
Well-site geologists, drilling and operations engineers and other staff involved in the acquisition and use of well-site (geological) data.
You Will Learn:
Physical Geology overview
Processes, impact on borehole, regional stress-fields, faulting, folding and fracturing
Petroleum Geology overview
Depositional Environments, impact on sediments, recognition in cuttings and cores
Bits, Casing & Cementing, Fluids, Drilling Problems & Well Control, Geosteering
Logging Operations overview:
Acquisition, Concepts, Tools
Quick Look Interpretation
Operations Overview
Duties & Responsibilities of the Wellsite Geologist
Well Planning Processes
Site survey &shallow gas hazards
Drilling Program
Contracting & Services
Data Management & Wellsite Geology
Mud logging Services
Data Acquisition, Monitoring
Sampling & Cuttings
Evaluation & Hydrocarbon Detection
Sidewall & Coring
Wire line Logs & Reporting
Wellsite Contracting
Drilling, Mud logging, Wire line, Services, Coring, QC
This 5-day instructor lead course emphasizes the technical fundamentals of Water Treatment Training Courses, including its purpose and function within the refinery facilities. It covers:
Main Equipment
Auxiliary Equipment
Optimal Operating Values
Consequences of Deviation
This course is intended as a review of the basics of water treatment with a stress on water use in refineries. The audience are technicians and practicing engineers with basic knowledge and everyday experience in water treatment. The goal of the course is to strengthen the knowledge, fill the gaps and provide basics of design with focus on daily activities and actual running experience.
Designed For:
This course is intended as an entry to midlevel course for engineering, operations & maintenance personnel and supervisors involved in day to day refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Types and characteristics of constituents in water or use in refineries
Important methods of testing constituents in water
Merits and limitations of different methods of treating water for boiler feed, cooling tower, desalter and hydrocracker
Basic concepts of design for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
Better operating procedures for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
General rules to abide by the law being ethical and environmentally responsible in operation.
This 5-day instructor lead course emphasizes the technical fundamentals of Water and wastewater Treatment, including its purpose and function within the oil fields facilities. It covers:
Main Equipment
Auxiliary Equipment
Secondary Waste Disposal and sludge handling
Optimal Operating Values
Consequences of Deviation
This course is intended as a review of the basics of water and wastewater treatment in the oil fields with a stress on water and wastewater (Flow-back, and produced water). This course is to strengthen the knowledge, fill the gaps and provide design basics with focus on daily activities and actual running experience.
Designed For:
This course is intended as an entry to mid-level practical course for engineering, operations &maintenance personnel and supervisors involved in day to day oil fields operations and maintenance. While the fundamentals of design and equipment selection will be covered, this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Types and characteristics of constituents in water and wastewater in oil fields
Important methods of testing constituents in water and wastewater
Merits and limitations of different methods of treating water for mud preparation
Merits and limitations of different methods of treating flowback and produced water
Basic concepts of design for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
Better operating procedures for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
General rules to abide by the law being ethical and environmentally responsible in operation.
This 5-day instructor lead course emphasizes the technical fundamentals of Wastewater Treatment, including its purpose and function within the refinery facilities.
Designed For:
This course is intended as an entry to midlevel course for engineering, operations & maintenance personnel and supervisors involved in day to day refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Types and characteristics of constituent’s wastewater in refineries
Important methods of testing constituents in wastewater
Merits and limitations of different methods of treating condensate return, oily water, desalter spent water, wastewater from hydrocracker and other processes
Methods of treating boiler blowdown, cooling tower blowdown, slurry and sludge treatment and handling
Basic concepts of design for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
Better operating procedures for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
General rules to abide by the law being ethical and environmentally responsible in operation.
This 2-day instructor lead course emphasizes the technical fundamentals of Reverse Osmosis (RO), including: Purpose and function within the production and refinery facilities, Basic design principles, Main equipment, Auxiliary Equipment, RO trains, Best operating values and Consequences of Deviation.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations &maintenance personnel, and supervisors involved in day to day operations in the production and refinery facilities. While the fundamentals of design and equipment selection will be covered, the course is not intended as “how to design reverse osmosis systems” Participants should have a previous knowledge of petroleum industries. New employees of oil industry, fresh university graduate from engineering collage or process will also find it useful. Technicians will find the course particularly relevant.
You Will Learn:
The need and the merits and limitations of RO systems
The knowledge of the RO design equations
How to arrange RO banks and trains
Required pretreatment ahead of RO
How to balance RO design hydraulically
Required post treatment after the RO
How establish assumptions and heuristics
How to establish best operating values
Clean-in-place procedure and requirements
Hands on project running one RO simulation program.
This course is intended as a review of the basics of water treatment with focus on water treatment for oil exploration and production. The goal of the course is to strengthen the knowledge, fill the gaps and provide deeper technical background with focus on daily activities and actual running experience in the oil fields.
Designed For:
The audience are technicians and engineers with basic knowledge or everyday experience in water and wastewater treatment.
You Will Learn:
Types and characteristics of constituents in water and wastewater in oil fields
Important methods of testing constituents in water and wastewater
Merits and limitations of different methods of treating water for mud preparation
Merits and limitations of different methods of treating flowback and produced water
Basic concepts of design for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
Better operating procedures for sedimentation, filtration, ion exchange, evaporation, membrane processes, air flotation, degassing, adsorption filtration, biological treatment, chemical precipitation, disinfection by UV, disinfection by chlorine, and sludge dewatering
General rules to abide by the law being ethical and environmentally responsible in operation.
This 5-day course will guide attendees to Identify what issues to take into consideration when designing process piping, Explain the pressure design of piping and piping components, Identify Pipe supports, leak testing, piping failures and their causes
Designed For:
Sr. Process Engineers and process engineers
Engineering department staff.
You Will Learn:
Identify pipe specifications.
Perform hydraulic calculations of pipeline.
Carry out de-bottlenecks and preliminary sizing of pipelines.
This 5-day course is about techniques that can optimize the economic value of an asset throughout its life cycle are the focus of this course. Theoretical and practical topics are included, as well as risk analysis, reliability engineering, life cycle economic analysis (probabilistic and deterministic), and decision-making analysis for production operation activities. Learn how a structured decision analysis and portfolio optimization process uses the hydrocarbon volumes and risk analyses to identify the projects with the best economic potential.
Designed For:
This course will be beneficial to project team members involved both with investment decision-making regarding project alternatives, as well as those involved in one or more functions related to managing and controlling capital projects; including project management, project controls, cost engineering, estimating, scheduling, etc.
You Will Learn:
Probabilities, risk, and project risk assessment
Fundamentals of decision analysis and decision trees
To build advanced economic models for the evaluation of exploration-production projects
To understand the use of management and control tools.
This three-day course will introduce participants to the ASME B31.3 Process Piping Code. The Code provides requirements for the design, fabrication, examination and testing of metallic piping systems designed for the wide variety of fluid services used in the process industries. Selection of materials, pipe, valves and fittings will be discussed. Participants are encouraged to bring a copy of the code (not included in course fees) to the session. Each session is conducted in a lecture/discussion/problem solving format designed to provide intensive instruction and guidance on understanding Code requirements. The instructor will be available following each day’s session to provide participants with further opportunity for discussion and consideration of specific problems.
Designed For:
Engineering, design, construction, maintenance, quality assurance, inspection and manufacturing personnel who work with process piping (e.g., in oil and gas and petrochemical processing) in petroleum industries.
You Will Learn:
You will be provided with the ASME B31.3 Process Piping Code. The Code provides requirements for the design, fabrication, examination and testing of metallic piping systems designed for the wide variety of fluid services used in the process industries. Selection of materials, pipe, valves and fittings will be discussed. Participants are encouraged to bring a copy of the code (not included in course fees) to the sessions.
This 5-day course includes initiating, planning, executing, controlling, and closing the work of a team to achieve specific goals and meet specific success criteria.
Designed For:
Project Engineers
You Will Learn:
Key concepts, terminology, roles, the project triangle and core PM processes.
How to create a project charter and define requirements and expectations.
How to make network logic diagrams and GANTT charts.
To understand and create the Work Breakdown Structure (WBS)
To execute the plan, measure progress, report on status and manage changes.
To explore the aspects of closing a project
To identify and apply critical project management tools
To estimate project activity accurately
To evaluate the project charter; estimate and plan the work
To validate project requirements.
This is a 10-day course designed to provide the fundamental knowledge for pipelines design parameters considerations, describe the associated Piping and pipeline Codes & Standards, Piping and pipeline Components Mechanical/Process Equipment, Piping & Pipeline Systems Design, Piping and pipeline Stress Analysis. Include Fluids mechanics of oil and gas, pipelines Preliminary Survey, Basic Engineering, Pipeline Detailed Engineering Risk assessment & Management, Construction, Commissioning Pipeline Integrity, Management.
Designed For:
This is intended as an entry to mid-level practical course for piping and pipeline engineering, operations, maintenance personnel and supervisors involved in day to day pipeline operation, production operations and maintenance, projects engineers & Projects supervisors.
You Will Learn:
Fluids mechanics of oil and gas
Pipelines Preliminary Survey
Basic Engineering
Pipeline Detailed Engineering
Risk assessment & Management
Construction
Commissioning
Pipeline Integrity
Management.
This is a 5-days course providing the fundamental knowledge for pipelines design parameters considerations, describe the associated Piping and pipeline Codes & Standards, Piping and pipeline Components Mechanical/Process Equipment, Pipeline Systems Design, Pipeline Stress Analysis. Valves rooms, Launcher and Receivers. Pipeline Operation and hazards to subsea pipelines during installation and its operation lifetime.
Designed For:
This is intended as an entry to mid-level practical course for piping and pipeline engineering, operations, maintenance personnel and supervisors involved in day to day pipeline operation, production operations and maintenance, projects engineers & Projects supervisors.
You Will Learn:
Piping and pipeline terms
Piping and pipeline Codes & Standards
Mechanical/Process Equipment
Piping & Pipeline Systems Design
Piping and pipeline Stress Analysis.
Valves rooms
Launcher and Receivers
Pipeline Operation and Maintenance.
This 5-day course describes a management approach of a long–term success through customer satisfaction. He will know that TQM effort, all members of an organization participate in improving processes, products, services, and the culture in which they work. Total quality management can be summarized as a management system for a customer-focused organization that involves all employees in continual improvement.
Designed For:
All levels of management have to attend introduction to TQM. Those new to quality, process leader practitioners, and those who support the practice of business excellence and would benefit from formal training on the fundamentals of quality and process improvement should attend this training.
You Will Learn:
Total quality management (TQM) with a management approach to long-term success through customer satisfaction. Training courses in TQM will teach the attendees how to use a combination of strategy, data, and effective communication to integrate quality into all aspects of the organization.
This a four-day course shows how Value Engineering can be an effective mechanism for generating cost savings or cost avoidance for the trainee firm and its contractors. It gives details on the basics of the Value Engineering methodology, discusses how to establish a Value Engineering program, describes best practices for applying Value Engineering on trainee firm contracts, and provides an overview of the benefits of a strong Value Engineering program. On completion, of this course participants will be capable of understanding the benefits of applying value engineering in their firm (corporation), how to apply it, its methodology and relation ship between it and business excellence.
Designed For:
Purchase Engineers
Inspection Engineers
Materials Engineers.
You Will Learn:
A systematic methodology to improve the “value” of goods or products and services by using an examination of the function
Learn principles of quality control and assurance.
This 6-day course will introduce to remote sensing principals, platforms, and different techniques, then review environmental mapping, monitoring and management techniques and relate these to remote sensing platforms, practices, sensors and techniques. The principles and practice of environmental mapping, environmental surveys and the preparation of environmental impact statements are reviewed and the role of geospatial technology is examined. Remote sensing and geographic information systems (GIS) used together to analyze data are demonstrated as powerful tools in environmental research. Mapping, monitoring and modeling environmental systems using remote sensing and GIS technologies to provide the essential geographic component of these activities forms the major focus of the laboratory activity.
Designed For:
Those graduated students who plan to work in the field of remote sensing.
Those who work in the fields of: environmental sciences, surveying, geology, meteorology, agriculture, oceanography, urban planning, management, suitability analysis, and coastal zones management.
Decision makers, who need to learn about the recent tools of suitability analysis techniques, and wish to progress to management level.
You Will Learn:
Have a knowledge about remote sensing principles, satellites, and sensors.
Have a complete background about modern image processing techniques.
Have formed a considered view on the significance of using remote sensing techniques for different environmental applications.
Be aware of the main steps of achieving a scientific project through the two practical application projects.
Have considered the competitive advantage that might be brought through giving attention to most recent satellites and merging techniques of those different satellites images.
This 6-day training course consists of lectures, laboratory work, as well as fieldwork activities. Lectures aim to introduce basic concepts and principles of the growing field of remote sensing, particularly in the line of multi-spectral and radar image processing; examples of various applications will also be introduced. Fieldwork aims to provide training on analysis of optical and radar images and using Global Positioning Systems (GPS) for image classification exercises intend to give participants the opportunity to have practical experience on digital image processing, and analysis techniques explained during lectures.
Designed For:
Those graduated students who plan to work in the field of remote sensing.
Those participants who work (or attend to work) in the fields of: environmental sciences, surveying, geology, meteorology, agriculture, oceanography, urban planning, management, suitability analysis, and coastal zones management.
Decision makers, who need to learn about the recent tools of suitability analysis techniques, and wish to progress to management level.
You Will Learn:
Have a complete background about Remote sensing principles and modern image processing techniques.
Have formed a considered view on the significance of using remote sensing techniques for different environmental applications.
Be aware of the main steps of achieving a scientific project through the four-application project.
Have a reasonable knowledge to operate GPS and using it in image processing.
Have considered the competitive advantage that might be brought through giving attention to most recent satellites and merging techniques of those different satellites images.
This 6-day training course consists of lectures, laboratory activities, as well as fieldwork. Lectures aim to introduce basic concepts and principles of the growing field of GIS, particularly in the coastal zone applications. Examples of various applications will also be introduced. Fieldwork aims to provide training on using Ground Positioning Systems (GPS). Laboratory exercises intend to give participants the opportunity to have practical experience on GIS building and analysis techniques explained during lectures.
Designed For:
Those graduated students who plan to work in the field of GIS.
Those who work in the fields of environmental sciences, surveying, geology, meteorology, agriculture, oceanography, urban planning, management, suitability analysis, and coastal zones management.
Decision makers, who need to learn about the recent tools of suitability analysis techniques, and wish to progress to management level.
ARC INFO, ARCGIS, or ARCVIEW users.
You Will Learn:
Have knowledge about GIS basics and principles.
Have an idea about the linkage between RS and GIS.
Have a complete background about modern GIS functions and techniques.
Have formed a considered view on the significance of using GIS functions and techniques for different environmental applications.
Could draw and upgrade maps from different sources.
Be aware of the main steps of working in a 3-D.
Have considered the competitive advantage that might be brought through giving attention to most processing techniques of analysis the different types of data.
This 5-day course covers a wide range of topics of interest to those who practice, the course reviews fundamentals of instrument control system concepts and helps solidify the background and provide an initial basis to participants about process control / automation and method of protection for oil and gas facilities.
The course presented the new technology about the modern types of protections. The course is presented to introduce experienced engineers to new technology and increase their awareness of practical control and protection system in the oil & gas equipment’s.
The understanding level and exposing of the participants will help attendees to benefit from the course topics.
Designed For:
For Electric / Instrument Engineers, Instrument Technicians, Instrument supervisors and Instrument operators who are responsible for working in operating, maintaining, control systems and testing of oil & gas plant and facilities.
You Will Learn:
Process Control/ Automation
Basic measurement concepts
Control Loop Components
Multi Variable Control
Introduction to Programmable controllers
The Analog Input / Output System
Distributed Control System
DCS vs. SCADA vs. PLC’s
Area Classifications
Methods of Protection Overview
Certifications, Labels, Marks, and Ratings
ESD Systems
Applications for compressor control applications
Fire and gas detection and fire suppression system.
This 5-day course covers a wide range of topics of interest to those who practice, the course reviews fundamentals of instrument control system concepts and helps solidify the background and provide an initial basis to participants about protection systems for oil and gas facilities.
The course presented the new technology about the modern types of protections. The course is presented to introduce experienced engineers to new technology and increase their awareness of practical control and protection system in the oil & gas equipment’s. The understanding level and exposing of the participants will help attendees to benefit from the course topics.
Designed For:
For Electric / Instrument Engineers, Instrument Technicians, Instrument supervisors and Instrument operators who are responsible for working in operating, maintaining, control systems and testing of oil & gas plant and facilities.
You Will Learn:
Fundamental of process control
Fundamental of tuning PID loops
PLC Programming
PLC applications in automations
Distributed Control system architecture
DCS vs. SCADA vs. PLC’s
SCADA design principles
Data communications in a DCS
Case Study in Data communications in a DCS / DCS vs. SCADA vs. PLC’s and process control.
This 5-day course covers a wide range of topics of interest to those who practice petroleum or electric engineering or those who want to gain a deeper understanding of practical (operators, supervisors), the course reviews fundamentals of (ESP) Electric Submersible Pumps, concepts and helps solidify the background and provide an initial basis to participants the new technology about the (ESP).
The course presented new techniques and performance of (ESP), the course is presented to introduce experienced engineers to new technology and increase their awareness of practical application of the (ESP) crude oil fields in industry.
Designed For:
For the Engineers and Technicians who are responsible for installation, operations and maintaining the Electric Submersible Pumps (ESP), Production engineers and operators, Electric maintenance engineers and Electric supervisors, Work-over and Petroleum engineers.
You Will Learn:
Overview the artificial lifting systems applications.
Systems main basic components of Electric Submersible Pumps.
Motor characteristics, Construction, Types and Performance.
Sensors for Monitoring, Optimization, Use down hole pressure, temperature vibration and Equipment Needed with ESP Sensor.
Power Cables, types, components, connection, Selection The insulation, Voltage drops in the (ESP) cable and Cables splices.
Protectors, Function, types and options of seal section.
Intake Sections Types, Gas Separators Efficiency and Recommendations for selecting the Intake section.
Pumps, Mechanism of a Centrifugal Pump types, Generation of Centrifugal Force, Pump Classes, Construction. Application, Performance Summary and efficiency.
Surface units, Switchboard, Variable speed drive (VSD, Junction box and Transformer
To understand how to calculate the recommended frequency of the motor through (VSD) to obtained the efficient production and optimum use.
This 5-day course covers a wide range of topics of interest to those who practice, the course reviews fundamentals of electrically engineering concepts and helps solidify the background and provide an initial basis to participants about protection systems for power generators, transformers, switch-gears and power motors and performance techniques. The course presented the new technology about the modern types of protections. The course is presented to introduce experienced engineers to new technology and increase their awareness of practical protection in electric systems and electric equipment’s. The understanding level and exposing the participants to applied topics in the course.
Designed For:
For Electric Engineers, electric Technicians, electric supervisors and electric operators who are responsible for working in operating, maintaining, protection and testing of generators, switch-gears, transformers and motors worked in electric power plant (petroleum co, electricity co. or any factory).
You Will Learn:
To understand characteristics and theory of protection system
To understand the Designing power system protection
To understand the Protection curves coordination
To understand the Types of Discrimination
To understand the Switchgear Fault Diagnosis & protection
To understand the Generator Fault Diagnosis & protection
To understand the motors Fault Diagnosis & protection
To understand the transformers Fault Diagnosis & protection
To understand Types of Discrimination between the protection devices
To understand Types of faults of the generators, switch-gears, transformers and motors
To understand the slandered and recommended setting for protection devices
To ensure that the attendee understands how and why motors protection are important.
This 5-day course covers a wide range of topics of interest to those who practice the course reviews fundamentals of electrically engineering concepts and helps solidify the background and provide an initial basis to participants about power transformers and performance techniques. The course introduces engineers to new technology and increase their awareness of practical problems in transformers the understanding level and exposing the participants to applied topics in the course.
Designed For:
For Electric Engineers, electric Technicians, electric supervisors and electric operators who are responsible for working in operating, maintaining, protection and testing of power transformers worked in electric power plant (petroleum co, electricity co. or any factory).
You Will Learn:
To understand design for all internal and external equipment
To know Transformer construction and function of each items
Definition for power Transformers Accessory and function of each them
To understand the types of Transformers and advantage and disadvantage of each types
To know the procedures for Transformer Maintenance to keep the transformers in good operation condition to increase the ratability and stability of the power system
To know the procedures of all types of tests for transformers
To ensure that the attendee understands how and why transformers testing and maintenance are important
Make inspections on transformers and transformers accessories, what to look for and how to store, test and use transformer oil.
This 5-day course covers a wide range of topics of interest to those who practice the course reviews fundamentals of electrically engineering concepts and helps solidify the background and provide an initial basis to participants about switchgear and distributions include performance techniques. The course is presented to introduce experienced engineers to new technology and increase their awareness of practical problems in switchgear and distributions, as well as to increase understanding level and exposing the participants to applied topics in the course.
Designed For:
For Electric Engineers, electric Technicians, electric supervisors and electric operators who are responsible for working in operating, maintaining, protection and testing of power transformers worked in electric power plant (petroleum co, electricity co. or any factory).
You Will Learn:
To understand design for all parts of the switchgear
To know switchgear and distributions construction and function of each items
Definition of switchgear and distributions accessory and function
To understand the types of switchgear advantage and disadvantage of each types
To know the procedures for switchgear and distributions Maintenance to keep them in good operation condition to increase the ratability and stability of the power system
To know the procedures of all types of tests for switchgear and distributions to ensure that the attendee understands how and why switchgear and distributions testing and maintenance are important
Make inspections on switchgear and distributions and accessories.
This 4-day course exposes the audience to the different method to monitor corrosion and to assess the pipeline and equipment health through the use of direct assessment techniques such as Non-Destructive Testing: UT, Guided Wave, X-Ray, and others.
Understand the applicability of each monitoring and direct assessment technique.
Designed For:
This course will be of particular value to corrosion engineers who have been in the field of corrosion and corrosion control for 1 to 5 years. Also the course will be useful for process engineers, production engineers and technicians, maintenance engineers and project engineers as well.
You Will Learn:
About Corrosion Part I:
Introduction to Corrosion
Corrosion Fundamentals
Corrosion Forms
Corrosion Monitoring
Corrosion Inspection
Corrosion Control
Economics
Corrosion Control Cathodic Protection
Part II:
Corrosion inhibitors.
Protective coatings.
Cathodic protection.
Material selection.
This 5-day instructor lead course is prepared in order to give engineers and technicians a working knowledge of the processes of Mechanisms and Control Corrosion. Corrosion is responsible for the failure of many systems and structures. Unchecked corrosion can result in excessive maintenance and repair as well as system downtime and product contamination. This course will focus on the cause of corrosion of metals, the results of corrosive action and the measures that can be used to control corrosion.
The course will describe the basic electrochemical processes responsible for the corrosion of metals, the mechanisms of corrosion and the resulting effects of the various types of corrosion on the ability of the metals to perform their intended function. Particular emphasis will be placed on the identification and solution of practical corrosion problems in real engineering situations. The performance of engineering materials, including both metals and non-metals in real service environments will be discussed including the application of basic materials science to the selection and application of materials.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations &maintenance personnel, and supervisors involved in day to day operations in the production and refinery facilities. While the fundamentals of design and equipment selection will be covered, the course is not intended as “how to design reverse osmosis systems”
Participants should have a previous knowledge of petroleum industries. New employees of oil industry, fresh university graduate from engineering collage or process will also find it useful. Technicians will find the course particularly relevant.
You Will Learn:
The understanding of the mechanisms of corrosion, and measures that can be used to control corrosion. The course also includes a brief overview of the properties of commonly used engineering materials and their resistance to deterioration.
This 5-day course explains the deleterious effect of corrosion on the petroleum industry and equipment life is well known. The corrosive environment seriously shortens the design life of production top side facilities and reduces the operational efficiency.
Corrosion problems hit all industrial sectors but chemical and petroleum industry in hot and humid weather conditions of local industrial and petroleum areas are particularly detrimental.
It is important to know the necessary techniques to monitor and prevent / reduce corrosion in these areas by using different methods as corrosion control techniques.
Designed For:
The short course is intended for those who have had no or some prior exposure to corrosion in the form of an introductory short course, undergraduate class, or practical experience.
The course will be useful for new engineers/scientists and for professionals looking for a refresher course. Also will be equally useful for people entering the corrosion field.
You Will Learn:
About monitoring and prevention of corrosion in petroleum and/or chemical industry. About three important elements, namely, theoretical background and real life case studies.
The topics are carefully selected to help practicing engineers and scientists to understand, analyze and solve corrosion related problems.
This course a five-day course, it is designed to create the foundation for Corrosion Engineering and understanding the common corrosion and corrosion control principals used in oil, gas fields, and other industries in general.
Designed For:
This course will be of particular value to corrosion engineers who have been in the field of corrosion and corrosion control for 1 to 5 years. Also the course will be useful for process engineers, production engineers and technicians, maintenance engineers and project engineers as well.
You Will Learn:
Basics of Corrosion
Metallurgy and Materials
Corrosion Forms
Corrosion by Water and Steam
High Temperature Corrosion
Corrosion Inhibitors
Cathodic Protection
Coatings
Corrosion Monitoring
Application and Case Studies.
This 4-day instructor lead course provides a good overview on the different methods for corrosion control in oil & gas industry, and helps in choosing the right technology which reduces the corrosion and protects the surrounding environment.
Designed For:
Corrosion Engineers, Process & production Engineers; Field Maintenance Engineers and Senior Supervisors of process & production.
You Will Learn:
Corrosion Definition & Principles
Kingdom of Microorganisms
Forms of Corrosion in Petroleum Production
Occurrence of Corrosion in Petroleum
Production Equipment.
This 4-day instructor lead course is prepared in order to give engineers and technicians a working knowledge of the processes of Material Selection & properties.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations, maintenance personnel and supervisors involved in day to day refinery and production operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for refinery design engineers.
You Will Learn:
Properties of materials and component manufacture.
Strength, stiffness and formability.
Corrosion resistance.
Fatigue and wear resistance.
Corrosion – Types of control.
Sulphur and chlorine environments.
Corrosion resistant materials.
Martensitic stainless steel.
Protective coatings and case studies.
Metallic coating such as galvanizing and metal spray.
Liquid applied coating such as Epoxies, Alkyds, Acrylics, Polyurethanes and Ethyl Silicates.
Proper selection of materials and design are most effective in cutting the cost of corrosion and achieving low cost reliability as corrosion can be designed out of the system. It is always easier and cheaper to erase lines on a drawing than to repair or replace failed equipment or components in service. The theme throughout the course will be focused on how to put the right material in the right place in the right way. Practical rules in selection of materials and design guidelines against many forms of corrosion will be presented. Numerous case histories of real-life problems and practical solutions will be discussed.
Designed For:
Corrosion Engineers. Process & production Engineers; Field Maintenance Engineers and Senior Supervisors of process & production.
You Will Learn:
The properties and applications of materials for the oil and gas industries.
The knowledge of corrosion issues and the various types of corrosion
How to select materials for specific applications.
How to explain the mechanisms behind corrosion resistant materials
Appreciation of material selection as a method of corrosion control
The knowledge of protective coating for corrosion control
To evaluate the performance of corrosion inhibitors
Properties of materials and component manufacture.
Strength, stiffness and formability.
Corrosion resistance.
Fatigue and wear resistance.
Corrosion – types and control.
Sulphur and chlorine environments
Corrosion resistant materials
Martensitic stainless steels.
Protective coatings and case studies
Metallic coating such as galvanizing and metal spray.
Liquid applied coating such as Epoxies, Alkyds, Acrylics, Polyurethanes and Ethyl silicates.
This 5-day course is prepared in order to give engineers and technicians a working knowledge of the processes of pipeline corrosion integrity management. The Pipeline Corrosion Integrity Management (PCIM) course serves as the key engineering training track for the PCIM Engineer, who is expected to focus on the implementation and management of an integrity program for a pipeline system.
Designed For:
Supervisors, Pipeline engineers and technicians or anyone responsible for ensuring the adequate protection of pipeline assets; maintenance planners, regulators and service-providers to the pipeline industry will also benefit from attending the course. The attendances will implement and manage a program for a pipeline system.
You Will Learn:
The latest techniques used to develop a comprehensive integrity management program covering both pipelines and their associated facilities.
The necessary elements of such a program are described in detail with examples of typical program content including an overarching view of where detailed Risk Analysis and Defect Assessment
Codes used in developing Integrity Management Plans
The elements of an Integrity Management
Threat assessment
Critical aspects of risk assessment.
Prevention and mitigation measures
Characteristics and limitations of different inspection methods
A risk- based approach to maintenance
Make recommendations to company management on risk management issues.
This 5-day instructor lead course is designed to provide participants with the fundamental knowledge for offshore pipelines design parameters considerations, describe the associated hazards to subsea pipelines during installation and its operation lifetime.
The course will state the different installation methods of subsea pipelines including pipeline trenching, positioning and span correction, pipeline hydro testing, pigging and pipeline integrity / cathodic protection are integrated in course materials as well.
Designed For:
This is intended as an entry to mid-level practical course for projects engineers & projects supervisors. Offshore Pipelines engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance.
You Will Learn:
Offshore Pipelines Hazards & Protection Concepts
Design parameters considerations
Installation methods & analysis
Installation methods & analysis– Continue...
Pipeline Trenching
Pipe Positioning & Connection
Pipeline Hydro-testing
Pipeline integrity – Cathodic protection
Subsea pipeline repairs
Pipeline’ Risers
Risers Repair
PL Bundles, Insulation, Umbilical, Pigging, Operation & Maintenance.
This 5-day instructor lead course is prepared in order to give engineers and technicians a working knowledge of the processes of planning, designing, and construction of a pipeline system.
Course will cover design basis of onshore pipelines, pump stations, compressor stations, valves, and facilities associated with the pipeline system. Consideration in selecting pipelines route, pipeline regularity and environmental permits. Also it will cover right-of-way aspects, pipeline alignment sheets and included information. Pipeline materials selection process will be presented based on pipeline required service, operating conditions, and regulations. The course will cover the required pipeline strength due to internal pressure, and how the pipe wall thickness is calculated, pipeline hydraulic analysis for both liquid and gas services, different type of flow, pressure drop, pressure requirements and locations of pump and compressor stations, valves stations along pipeline for isolating segments of pipelines during different types of repair. Leaks, damage, or ruptures. The course will discuss pipeline corrosion. How it occurs, and methods employed to protect liquid and gas pipelines and associated facilities from corrosion as well as Leak detection provision by operators.
Presentation will be provided for pipeline pigging as essential tool for effective and efficient operations and maintenance as well as extending the useful lifetime of pipeline. Pipeline construction, welding and testing of liquid and gas pipelines will be covered, welding procedures, double jointing, welder qualification, automatic welding, radiography, will be reviewed. The course materials will cover pipelines hydro-testing to ensure integrity during service, preparations and steps to commission pipeline and put it in service Specification writing for pipeline, data sheet production, requisitions development, and bid analysis for pipeline materials and equipment will be covered.
Designed For:
This is intended as an entry to mid-level practical course for projects engineers & projects supervisors, Onshore Pipelines engineering, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance.
You Will Learn:
Pipeline design basics
Valves & valve stations
Pump stations,
Compressor stations,
Consideration in selecting pipelines route,
Pipeline regularity and environmental permits.
Pipeline Right-of-way aspects, pipeline alignment sheets
Pipeline materials selection
Pipeline strength due to internal pressure, and how the pipe wall thickness is calculated,
Pipeline hydraulic analysis for both liquid and gas services,
Pipeline corrosion.
Leak detection
Pipeline pigging
Pipeline construction, welding and nondestructive testing
Pipelines hydro-testing.
This 3-day instructor lead course is prepared in order to give engineers and technicians a working knowledge of the pipeline safe & efficient operations. The course will cover an over view on pipeline construction, valves and valve stations function and purpose. SCADA system for pipeline operation control and safety will be presented in the course, a model for startup and commissioning of new pipeline will be discussed as well as presenting the importance of having an operation and maintenance manual for pipeline safe operations. Integrity of pipeline system will be explored including pipeline pigging operation for different scenarios, pipeline possible defects and common methods for repairs.
Designed For:
This is intended as an entry to mid-level practical course for engineering, operations & projects engineers / technician, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance. While the fundamentals of design and equipment selection will be covered this is not an in-depth course for production and refinery facilities design engineers.
You Will Learn:
Overview on pipeline construction
Valves and valve stations
Start up and commissioning of new pipeline
SCADA
Pipeline Operations & Maintenance Manual
Pipeline Pigging
Pipeline defects and repairs.
This 5-day instructor lead course Describe the fundamental knowledge and key elements that are required for design, construction, operation & maintenance of piping & pipeline systems. The focus is on pipeline routing, hydraulics, mechanical design, Operation & Maintenance for onshore pipelines. The result of this course is cost-effective, safe & environmentally sound design, construction, operation, and maintenance of pipelines. Piping and pipelines design, Fluid Mechanics, pipe Sizing, Friction Losses, Flow Calculations and Thickness Calculations will be described and discussed. Pipelines cathodic protection principles and design criteria will be presented, also the different types of protective coating for onshore. The course also will provide an overview on onshore pipelines construction & welding methods. Pipelines operations and control will be described; SCADA system description & operation are included as well as highlighting the importance and contents of Operations and Maintenance manual as an important tool for running the pipelines and the associated piping system safely and efficiently. Pipeline maintenance, the types of pipeline defects and the different applied repair techniques are part of the course, also an overview on hot tapping and stopping techniques will be presented.
Designed For:
This is intended as an entry to mid-level practical course for Operation Engineers, Maintenance Engineers, Project Engineers, supervisors and Technicians.
Include all personnel involved in day to day petroleum production and refinery facilities in operations and maintenance.
You Will Learn:
How to apply mechanical and physical principles to all phases of pipeline design, construction, and operation
Applying safety and environmental regulations for a sound design
Define pipeline routes and facilities locations
The importance of fluid properties and process to pipeline systems design and construction
Pipelines Operations & Control (SCADA)
Pipeline maintenance, defects types & repair methods.
This 5-day instructor lead course intension is to provide participants with the tools and skills required to properly plan, implement, and analyze Projects. It will provide the knowledge, skills, tools & techniques to project activities in order to meet or exceed stakeholder expectations. It will help participants to identify the requirements, establish clear and achievable objectives, balancing the competing demands for quality, scope, time and cost. It should provide adaptation to plans, approaches to satisfy main stakeholders’ needs and expectations.
Designed For:
This is intended as an entry to mid-level practical course for Operation Engineers, Maintenance Engineers, Project Engineers, supervisors and Technicians. Include all personnel involved in day to day petroleum production and refinery facilities in operations and maintenance.
You Will Learn:
Project selection Process
Project charter
Project Management nine knowledge areas
How to set project’ objectives
Meeting stakeholders expectations
Project competing demands
Project risks
Work Break Down Structure
Project planning & scheduling
Project Earned Value analysis and measuring project performance
Team building
Project close & lesson learned documentation
Project bidding & contracts
Work with contractors.
This 5-day instructor lead course intension is to provide participants with the tools and skills required to properly plan, implement, cost estimating and analyses Projects. The course will cover both estimating techniques and construction management basics & requirements. For the estimating technique, course will provide the participants with required tools to develop an approximation of the cost of resources required to complete project’ activities. Different techniques will be covered during the course; analogous estimating, bottom up estimating, parametric estimating and vendors’ bids. Course materials will cover, resources allocation estimating methods, PERT technique overview and related practice as well. Cost performance and measurements will be presented, defining the Planned Value, Earned Value, Actual Cost, Cost variance & Performance Index, all will be supported by daily exercises . Also Project’ planning and scheduling for construction management will be introduced covering project plan setting, PIAR technique, Project Plan VS Actuals, Evaluation of Performance, Factors of Success, Project Schedule Development & Techniques as well as the Critical Chain – Theory of Constraints- will be presented. For the construction management part, it is intended to assist site construction management in the setting up and administration of site activities in order to meet effectively and safely the requirements of the project cost and schedule.
Designed For:
This is intended as an entry to mid-level practical course for Operation Engineers, Maintenance Engineers, Project Engineers, supervisors and technicians. Include all personnel involved in day to day project planning, scheduling & cost estimating
You Will Learn:
Introduction to Cost Estimating
Techniques of Cost Estimating
Reserve Analysis
Resource Allocation & Estimating
Cost Performance Measurements
Field Control of Work
Planning
Project Schedule.
This 5-day instructor lead course covers the basic understanding for the offshore facilities installations, Operations, Maintenance and Repairs. The course will include an overview on offshore oil & gas developments phases, it will explore different installations for oil and gas facilities to support the production, storage, offloading and transportation of hydrocarbons. An overview on pipelines installation as a main method for oil & gas transportation is part of the course. In addition, a view is included on fixed platforms installation & offshore riser’s installation methods. A walk through the API RP2A applications will be presented (Recommended Practice for Planning, Designing and Constructing of Fixed Offshore Platforms). The Flow patterns in subsea pipelines and flow assurance operations problems will be discussed as well. Facilities integrity & rehabilitation will be part of this course. The course will demonstrate the different techniques for facilities repair (pipelines & risers) supported by case studies.
Designed For:
This is intended as an entry to mid-level practical course for Projects engineers, facilities engineers, and production engineers, operations, maintenance personnel and supervisors involved in day to day petroleum production and refinery facilities operations and maintenance.
You Will Learn:
Oil and gas production development
Offshore facilities classification
Offshore equipment Umbilical & Wellheads
Hydrocarbon transportation
Topside facilities & Flow assurance
API RP2A overview, Materials – Welding
Facilities layout
Offshore Facilities construction, Subsea Production System, Control and Monitoring Systems for offshore facilities, Fixed platform installation model, Subsea pipelines installation, Offshore risers’ installation, Pipelines and risers’ repairs
techniques.
This 3-day instructor lead course will provide the attendees with the following:
Why originations employ contractors, type of construction contracts, type of construction tendering, risks and rewards of contractors, contractors’ selection, construction contracts call of tender model, call for tender evaluation, construction contracts structure & contents. The contract management process will be described in depth during this course, along with detailed description for tools and techniques for tender management and contract forming and issuing.
Designed For:
This is intended as an entry to mid-level practical course for project engineers - contract administrators, include all personnel involved in day to day project planning, scheduling.
You Will Learn:
Needs for contractors
Type of construction contracts:
Different techniques for construction contracts Tendering,
Contract Process
Tender Management
Contract Establishment.
This 5-day course covers the sizing, design and modeling for pipeline using Pipesim.
Designed For:
Engineers, Process Engineers, Facilities Engineers, Production Engineers, well engineers, Petroleum Engineers and Flow Assurance Engineers, and any one engaged in well and pipeline flow assurance.
You will learn:
To build a single branch well or pipeline model
To define a black oil or compositional fluid model
To perform single branch simulation operations
To build a network model
To perform a network simulation.
This 5-day course is about unwanted heat is a problem for all industrial systems.
The purpose of this course is to explain how heat exchangers work and identify the general types of heat exchangers which are available and to take a look at not only how to go about selecting a particular heat exchanger from a group but also how to install, operate, and maintain the selected heat exchangers. Obtaining a better understanding of heat exchangers will help obtain the best possible plant performance.
Designed For:
The course is intended for all employees, whose responsibilities involve the design, selection, purchasing, operation or maintenance of heat exchangers, Top staff can update and refresh their knowledge by attending this course.
You Will Learn:
Gain a better understanding of how heat exchangers work
Cover the various types of heat exchangers
Describe the appropriate operation of the heat exchangers systems.
The effect of fouling on heat exchanger performance.
Methods of heat exchangers Cleaning.
How to troubleshoot, diagnose and correct heat exchangers problems.
This 5-day course emphasizes on Maintenance of machinery and assets is a complex process in any industry regardless of its scope. Complexity of maintenance emerges from the variability of maintenance tasks, the impossibility of expecting most of the failures and hence the repair requests, and the variety and limitation of resources to be applied. This course provides the basics and applications of planning and scheduling required for any successful maintenance program. Effective maintenance planning and scheduling will provide the trainees with the effective ways for good understanding and consequent control of maintenance process.
Designed For:
Maintenance Supervisors and Section Heads
Maintenance Managers
Maintenance Planners
Plant Managers
You Will Learn:
Support operations by keeping production equipment in good condition to achieve production targets.
Maintain the plant facilities by keeping the plant site, buildings, utilities, and grounds in a good functional state.
Develop a program to carry out maintenance services.
Organize maintenance department to support the equipment maintenance needs of production while conducting essential engineering projects.
Execute maintenance programs while utilizing its sources efficiently.
Perform top quality work.
Anticipate, plan and prepare for future maintenance works.
Achieve continued improvement by evaluating performance, taking corrective actions, and a measuring progress.
Prepare future modifications by anticipating needs and organizing in a flexible manner.
Learn the procedure to set a maintenance program
Understand the Role & Duties of a Planner
Understand the Role & Duties of a Scheduler.
This 5-Day course is about how choice of material has implications throughout the life-cycle of a product, influencing many aspects of economic and environmental performance. This course is designed to bridge the gap between theory and practice of failure analysis. It presents a very practical approach to failure analysis for the non-metallurgist as well as for those who are new to the field or those who want an update. It is also designed for those interested in understanding how knowledge of failure analysis can lead to better productivity. A comprehensive overview of the field, this course covers three principal areas of interest: Procedures for Analysis, Failure Mechanisms and Failure in Product Forms and Components. Causes of failures are explained with easy-to-understand diagrams of stress application and distribution. Many case histories of failures and their elimination are highlighted throughout the course.
Designed For:
Maintenance Staff
Inspection Staff
Operations Staff
Material & Spare Parts Staff
Plant Managers.
You Will Learn:
Failure analysis in terms of profitability - and liability, procedures, techniques and precautions in failure analysis, To identify design-related failures, Environmental sources are responsible for failures and ways to prevent them, How stress systems relate to fracture of ductile and brittle materials, About typical fatigue characteristics, The many inter-related factors involved in examining a fracture, The basic fracture modes and their characteristics including the factors affecting ductile-brittle relationships, Become knowledgeable about typical fatigue characteristics and learn how to identify them.
This 5-day course shows techniques of machinery maintenance to show the need for vibration analysis as a tool for machinery maintenance. Basic principles are then extended to study practical vibration problems that are encountered in industry and their possible solution.
Designed For:
Engineers, Supervisors and technicians with simple or no experience at machinery maintenance or inspection and those who wish to be familiar with machinery vibration analysis.
You Will Learn:
Different strategies of maintenance
Describe the importance of vibration as a maintenance tool.
Learn the various methods of vibration measurements.
Guide the participants to the right steps to diagnose and analyze machinery problems related to vibration.
This is a 5-day course. The pipeline networks expanded rapidly all over the world when it became apparent that pipelines are an efficient, economic way to move oil, gas, and petroleum products to consumers. The large discoveries of oil and gas, many of them in remote areas of little local demand, promoted this pipeline expansion. Good understanding of pipeline systems will help tackling common challenges. This course deals with the design, construction of both gas and liquid pipeline systems. An overview of pipeline industry is discussed.
Designed For:
Managers, engineers, operators, supervisors, inspectors, equipment suppliers, or those who wish to be familiar with pipeline systems.
You Will Learn:
Participants will have acquire and/or consolidate the essential knowledge and skills to design and construct pipelines. This will allow them to contribute to cost effective, safe and sound-design of pipelines.
This 5-day course stresses the use of tools for inspection and cleaning is accepted as essential need for the safe and profitable operation of all pipelines. Now, Regulations require internal inspections using geometry pigs for detecting changes in circumference and MFL or ultrasonic pigs for determining wall anomalies, or wall loss due to corrosion in onshore and offshore pipelines. Pipeline operators battle for flow assurance against paraffin, hydrate, and asphalt formation in deepwater lines, and pigging technology combined with chemical treatment is their primary weapon.
Designed For:
Managers, engineers, operators, supervisors, inspectors, equipment suppliers, or those who wish to be familiar with pipeline systems and pipeline pigging
You Will Learn:
A comprehensive view to practical aspects of pipeline pigging to pave the way to more advanced study.
This is a 5-day course about maintenance of machinery and assets is a complex process in any industry regardless of its scope. This course provides the fundamentals of preventive and predictive maintenance applicable to plants, facilities and manufacturing lines. The techniques of preventive and predictive maintenance will provide participants with a framework to make the right decisions on what equipment needs periodic maintenance and condition monitoring, what technologies to use to meet their needs and how to measure the effectiveness of their decisions. In addition to exposing participants to the principles and options for a program, they will learn about real world applications that have benefited other successful maintenance programs. By the end of this course, participants will be able to go back to their facility and immediately apply what they learned to help make their maintenance process more efficient and less expensive.
Designed For:
Maintenance Personnel
Maintenance Managers
Material Suppliers
Operations Staff
Plant Managers.
You Will Learn:
Learn the importance and basic concepts of maintenance, Learn the various maintenance techniques, Discuss the topics related to maintenance management, Learn the procedure to set a preventive maintenance program, Learn the procedure to set a predictive maintenance program, Understand the various techniques of predictive maintenance.
This 5-day course about pumps and how they are among the most widely manufactured items in the world and their various designs permit their use in a variety of applications. They are used in everything from washing machines, refrigerators, cars and trucks to construction sites, wastewater treatment facilities and food processing plants. Pump running with least troubles and consequent less downtime improves whole system reliability. Right selection & operation, effective maintenance & inspection programs, and skilled staff are essential factors for prolonged pump life. All the above can be achieved only via deep understanding of the pump construction, operation, maintenance and effective controlling methods. This course is intended to enable the participants to learn more about pumps to achieve this required understanding. Experienced engineers will find a useful chapter for pump selection.
Designed For:
Maintenance, operation, production engineers and senior technicians working with pumps & rotating equipment should benefit from this course. Also senior staff can update and refresh their knowledge by attending this course.
You Will Learn:
The appropriate operation by learning the pump systems, The requirements for proper pump installation, Importance and methods of pump maintenance, The participants to the right steps of pump selection, The effect of cavitations in pumps,
With the right procedure for pinpointing & eliminating pump problems,
An overview and checklist of pump problems.
This 5-day course describes how misalignment is a major cause of vibration, bearing and seal failures, oil leakage from bearing frames, broken shafts and coupling failures. The resulting premature bearing and seal wear has a significant effect on machine life, production availability, and ultimately, plant’s profitability. Precise and consistent alignment of all rotating equipment will help reduce maintenance costs and unscheduled downtime, increase process quality, and extend machine life. The course explains the basic concepts of alignment and how to measure it. The most common methods to correct misalignment are presented to keep equipment running properly and thereby extend equipment life.
Designed For:
Engineers, Supervisors and technicians whose work is connected with machinery maintenance or inspection and those who wish to be familiar with machinery maintenance systems
You Will Learn:
The basic concepts of alignment,
How to highlight the requirements for proper alignment, The right steps of pre-alignment, Understand the various methods to correct misalignment,
Understand the effect of soft foot on alignment.
This 5-day course describes how valves are one of the most basic and indispensable components of our modern technological society. It is essential to virtually all manufacturing processes and every energy production and supply system. Yet it is one of the oldest products known to man, with a history of thousands of years. The purpose of this course is to identify the most general styles of valves which are available and to take a look at not only how to go about selecting a particular valve from a family of valves but also how to install, test, and maintain the selected valve. Although there are many other valve types, for the most part; our discussion will focus on those most commonly found in industry i.e. gate, globe, butterfly, plug, ball, and check valves.
Designed For:
The course is intended for the Valve Designer, Maintenance Engineer, Application Engineer, Inspection Engineer, Electronics Engineer, Control System & Instrumentation Engineer, Production Engineer Well-Head & Drilling Engineers or those who wish to be gain experience of valves and their applications.
You Will Learn:
The wide variety of valves in service, their distinct characteristics and the operating functions
How valves function and are part of the wider system of flow control which is vital to operations
The specifics required in selection and choice of valves
The inspection and maintenance involved and effects of fluids on the wear and tear of the valve systems
The trouble shooting and fault finding techniques.
This 5-day course is developed to provide operators, maintenance personnel, and technical staff with the necessary fundamentals training to ensure a basic understanding of engineering prints, their use, and their function. The course includes information on engineering fluid drawings and prints; piping and instrument drawings; major symbols and conventions; electronic diagrams and schematics; and fabrication, construction, and architectural drawings. This information will provide personnel with a foundation for reading, interpreting, and using the engineering prints and drawings that are associated with the activities of operations and maintenance.
Designed For:
TDesign, operation and engineering personnel wishing to get familiar with instrumentation and piping drawings
Engineers, designers, operators and draftspersons.
Practicing engineers and designers who have experience in related disciplines and wish to refresh their knowledge of the process, instrumentation and piping area.
You Will Learn:
Discuss the need for engineering drawings, Explain the function of BFD, PFD and PID, Review and update process documents/drawings, Check compatibility of documents/ drawings with relevant codes and standards.
The 1-day course is designed to provide a basic first aid training and provides an overview on the CPR procedures and the use of AED. The training is a combination of theory and practical exercise which candidates will be assessed on knowledge and skills gained during the course.
Designed For:
The program is designed for employees who are designated to provide emergency first aid and as part of minimum training requirements in a workplace.
You Will Learn:
Identify the aims and definitions of First Aid, Understand the duties and responsibilities of a first aider, Understand the legal requirements for first aid, Assist victim in a recovery position, Understand the respiratory system, Understand the circulatory system, Understand what is CPR, Understand what is an A.E.D and its use.
This 3-day course is designed to upgrade the training of a basic first aider into a rescue responder and become confident with the use of standard rescue tools and equipment in a different emergency scenarios during the training. Delegates are required to have a Basic First Aid course and demonstrate competency prior on taking the Advanced course.
Designed For:
The program is designed for employees who are required to provide emergency first aid and to respond to a medical emergency in a workplace.
You Will Learn:
Identify the aims and definitions of First Aid, Understand duties and responsibilities of a first aider, Understand the legal requirements for first aid, Assist victim in a recovery position, Understand the respiratory system, Understand the circulatory system, Understand what is CPR
Understand what is an A.E.D. and its use, How to deal a patient in Shock.
This half-day Hydrogen Sulfide (H2S) course allow delegates to learn on how to recognize when Hydrogen Sulfide is present in work area and how to describe the precautions taken and necessary to work with Hydrogen Sulfide environment safely. The course is both theoretical and practical on which delegates will be required to show their level of knowledge and understanding gained from the training as they will be assessed base on the result.
Designed For:
This training program aimed to all personnel that work in areas where H2S is known or suspected and as part of the minimum training requirement of employees working in a potential H2S Environment.
You Will Learn:
Understand the properties and hazards associated
with H2S gas, Identify the types and use of H2S detector systems, Apply safe practices of work in an H2S
environment, Correctly use Respiratory protective equipment, Familiarize to H2S emergency procedure.
This half day course training will provide the delegates with the ability to carry out pre-wearers checks, wearing and basic maintaining the breathing apparatus. The course also covers the practical use of this equipment and a written test to ensure a complete understanding of the course content about laws and regulations, breathing principals, hazardous gases and vapors, pre- operational checks, donning, wearing, doffing and storage.
Designed For:
The initial training is designed to equip the delegate with the knowledge, understanding and skills to use breathing apparatus safely in an emergency and employees who are working in hazardous areas with possibility of oxygen deficiency, explosion and toxics.
You Will Learn:
Educate users of Self Contained Breathing
Apparatus (SCBA) to work safely and securely in applications under breathing protection,
Understand laws and regulations
Understand the breathing principles,
Understand hazardous gases and vapors, Familiarize to pre-use check of the SCBA,
Practice donning and doffing procedures of the SCBA Unit.
This 1-day course is designed to equip delegates with knowledge to conduct gas testing within a confined space and gives awareness of associated confined space hazards. Delegates will also learn about relevant legislative requirements, gas measuring, monitoring equipment and documenting gas test results. This course will give you the knowledge and understanding on how to recognize hazards related to confined Space operations and allow delegates to practice the required procedures to a competent level.
Designed For:
This training program is designed for all personnel who are required to carry out the role of an authorized gas tester and for those who are in-charge of performing a test for oxygen, flammable and toxic gases and includes working in a confined space.
You Will Learn:
Understand hazardous gases and their characteristics, Correctly complete a Gas Test Certificate, Execute gas testing procedures, Inspect and operate Gas Detection Equipment.
This 1-day training program explains the hazards of working in a confined space and to assist employers in establishing and maintaining an effective confined space program. Candidates will be made aware of the relevant regulations, basic procedures on how to test gas and oxygen levels that are suitable for entrance into a confined space and what measures to take in the event of an emergency.
Designed For:
This training program aimed to all personnel whom in the course of their normal duties will be expected to enter a confined space and as part of the minimum training requirement.
You Will Learn:
Recognize, evaluate, and control confined space hazards.
Save lives and protect employees from job-related injuries and illnesses.
Promote safe and effective work practices.
Comply with company procedures and practices.
This 2-day course is designed to provide advanced training for delegates who completed Confined Space Entry and may be required to supervise any task that requires entering a confined space. The course covers rules and regulations, permit system, emergency procedures,
and use of equipment necessary for entry. This course will cover the provision for atmospheric hazards which include gas testing and monitoring, installation of ventilation, assessment and control of physical hazards, use of self-contained breathing apparatus and demonstration of rescue entry situations and rescue techniques.
Designed For:
This course is designed for people who required to work within or around confined spaces which is part of the job. Candidates should hold a valid Confined entry certificate before training commences.
You Will Learn:
Determine if confined spaces are permit required, Understand roles and responsibilities of key personnel, Understand the provision for rescue & emergency services, Aware of the use and limitations of confined space entry equipment, Identify hazards and control related to confined space preparation and entry.
This 1-day course aims to train candidates in recognising and planning a rescue in a confined space in the event of an emergency. Candidates will understand what Hazards are associated with a Confined Space Rescue, and the correct procedures to be followed. This course will give you the knowledge and understanding where you are competent to participate as a member of a Confined Space Rescue Team and to participate in Confined Space Rescue activities to a high level. This course consists of both theory and practical assessments.
Designed For:
This training program prepares all personnel who are required to be in attendance or work in a confined space operation in the event of an emergency. Candidates should hold a valid Confined space entry certificate prior to attending this course.
You Will Learn:
Understand duties of personnel involved
Familiar to rescue techniques, Identify emergency arrangements, Execute rescue plan / Operate rescue Equipment, Use breathing apparatus, Follow confined rescue steps.
This 1-day course provides the basic information for the safe and correct use of lifting equipment and the role of Banksman and Slinger during the lifting operation. Candidates will learn hand and radio signals, different slinging techniques and safety precautions working with and around cranes. This training enables candidates to be familiar with the best practice to promote a safer environment for persons involved in the lifting operations.
Designed For:
The course is designed for those personnel involve in the slinging of loads and signaling of cranes. It is also practical for the personnel with a responsibility for safe crane lifting operations.
You Will Learn:
Identify and explain regulations, standards and terminology in lifting operations.
Be able to carry out pre use inspections on lifting equipment.
Be able to assess load weights and centre of gravity.
Understand SWLs and color coding / Demonstrate basic Banksman & Slinger practical skills.
This 1-day Basic Rigger course is designed to provide a basic level of competence in rigging and slinging practices. This course teaches the essential basic procedures in handling different types of loads and gives practical skills in working safely with wire ropes slings and other lifting devices. The course is a combination of theoretical and practical sessions on which candidates will be required to demonstrate their knowledge and skills achieved during the training.
Designed For:
The program is designed for all personnel who are involve in lifting operation which part of their normal duties. Candidates should hold a valid Banksman certificate before training commences.
You Will Learn:
Identify and explain regulations, standards and terminology in lifting operations.
Identify the roles and responsibilities of relevant personnel.
Identify the Rigging Hardware and its use on lifting operation.
Understand the types of Slings and Hitches and demonstrate its use.
This 1-day course differentiates complicated lift and critical lift and define the requirements for each type of lift. Delegates will demonstrate their main duties and responsibilities, design a lift and state the requirements through lift plan and WIMs, conduct pre job meeting and confirm everyone’s role in the lift.
Designed For:
The course is designed for personnel who have previously completed the basic rigger course and is assigned to supervise a lifts, design lift plans and persons in charge in the lifting operation. Candidates should hold a valid Basic Rigging certificate before training commences.
You Will Learn:
Understand the risks associated with Lifting Operations.
Understand the responsibilities of a Lead Rigger.
Understand the difference between general, complicated and critical lifts.
Complete all necessary paperwork prior to carrying out lift.
Give pre job toolbox talk and communicate with all involved personnel.
Competently approve and supervise general and complicated lifts.
This 1-day training will provide an understanding for the need to implement height safety procedures and the processes required to undertake evaluations of risk associated with height applications. Delegates will be trained on correct procedures to be followed when working at height, including the relevant statutory requirements, hazards of working at height and equipment used when working at heights.
Designed For:
The program is designed for all personnel who will be working at height and to all personnel who would be expected to work at height as part of their duties.
You Will Learn:
Explain why do we need protection from falling
Identify common causes of fall in the workplace
Understand roles and responsibilities
Distinguish competent person and qualified person
Identify fall hazard and control
Fall Arrest and Restraint System
Understand common type and use of ladder
Explain safe ladder practices
Use of Aerial Lifts
Apply safe work practices while working on aerial platform
Understand rescue plan.
This 1-day course is designed to train delegates in the correct procedures and techniques to be followed when completing a rescue at height. The course is a combination of theoretical and practical.
Designed For:
The program is designed for all personnel who will be working at heights. The training prepares all personnel who are required to be in attendance or work at heights operation in the event of an emergency.
You Will Learn:
Identify and control hazards which may occur during rescue activities.
Understand the roles and responsibilities of those involved during rescue
Familiar with the variations of rescues that can be developed for operations and the planning requirements
Understand variety of rescue equipment available and the correct pre and post use inspection requirements in accordance with manufacturer’s recommendations.
This 1-day course is designed to provide each candidate with sufficient knowledge and skills in order that trainee can operate the Forklift in a safe and competent manner. The course will cover forklift familiarity, including common language, driving skills, operational requirements, loading and unloading, stacking and hazard control.
Designed For:
This training program aimed to all personnel assigned by the management to drive and operate forklift truck as part of their normal duties.
You Will Learn:
Understand the principles of operating a FLT Demonstrate start-up & shut down procedures
Operate the FLT in a variety of conditions
Estimate weights and identify centre of gravity of various loads
Demonstrate load handling techniques
Carry out refueling / charging of the FLT.
This 2-day Helideck Assistant Initial Training Program is design to equip the delegate with the initial knowledge, understanding and skills required to perform the role of Offshore Helideck Assistant (HDA) safely and effectively. This course will give you the knowledge and understanding to participate during the helicopter landing activities at onshore or offshore facility in accordance with current Industry Standards. This course consists of both theory and practical assessments.
Designed For:
This training program prepares all personnel who are required to be in attendance during Helicopter operation to assist Helicopter Landing Officer.
You Will Learn:
Define the role of the HDA / Understand helideck physical characteristics
Identify typical hazards associated with helidecks and helideck operations
Viewed equipment used in helicopter refuelling.
Discuss various methods of supervising passenger handling.
Understand meteorological requirements for offshore helicopter operations / standard radio communication protocols
Aware of radio communication systems checks
Identify the correct use of hand signals
Understand typical helideck systems routine checks.
This 1-day course, ISO 14001 is an internationally accepted standard that sets out a framework of essential elements for putting an effective Environmental Management System (EMS) in place. The standard is designed to address the delicate balance between maintaining a sustainable business and minimizing any environmental impacts.
Designed For:
This course is designed for organizations that want to implement a comprehensive Health, Safety and Environmental Management System, or organizations that are curious about which management systems might be right for them.
You Will Learn:
Familiar to the Environmental Management System standards.
Understand how EMS systems and standards can further develop company goals and objectives.
Examine the broad trends in EMS standardization.
Assess how the company compares to leading edge companies.
Assess good practice in Environmental Management.
Understand how their business can benefit from a competitive strategy based on Environmental Management Systems standards.
This 2-day Helicopter Landing Officer Training Program is design to equip candidates with the initial knowledge, understanding and skills required to perform the role of a Helicopter Landing Officer (HLO) safely and effectively.
Designed For:
This training program prepares all personnel who are required to be in attendance or work in a Helicopter operation such as landing and take-off. Candidates should hold a valid Helideck Assistant Training certificate prior to attending this course.
You Will Learn:
Explain the emergency response requirements for an operational helideck and helicopter operations.
Understand helideck systems and equipment
Identify typical hazards associated with helidecks and helideck operations. An appreciation of maintaining fuel records. Understanding of how dangerous goods are
identified, packaged, and labelled. Understand standard radio communication protocols. Aware of radio communication systems checks
Identify the correct use of hand signals.
This 1-day course is designed to provides delegates with a basic knowledge of helicopter refueling and quality control procedures, and provides a greater understanding of the roles and responsibilities of those involved in refueling. The course includes theoretical input and practical sessions with a written examination.
Designed For:
Personnel already in the position of helideck assistant or those about to be appointed into this role.
You Will Learn:
Understand the full explanation of Helifuel systems
Maintain documentation and record keeping
Identify Legislation and Government requirements
Identify Quality control
Participate in the various practical exercise.
This 5-days training program is designed to provide knowledge and training for persons wishing to operate cranes offshore. The course prepares experienced onshore crane operators to be familiar and ready on crane operations in an offshore environment. This course consists of both theory and practical assessments.
Designed For:
This training is designed for personnel who have completed the Stage 1 training or Onshore Crane operators who wish to pursue career in an Offshore Environment.
You Will Learn:
Explain relevant legislation.
Identify different types of offshore cranes.
Perform and demonstrate crane pre-operational checks
Understand the role and responsibilities of the offshore crane operator.
Familiarize to the main crane controls, operational safety systems, emergency safety systems, working limitations / Understand rigging calculations
Apply Safe rigging practices / Perform wire rope inspection and care.
The 1-day course is an assessment process developed to assess Offshore Crane Operators, who have successfully completed Stage 1 & 2 to determine the level of competence in their role in performing duties such as conducting lifting operations safely and effectively on various types of loads in different types of working conditions. This course will enable delegates to demonstrate the safe use of offshore cranes which includes planning, boat lifts, offshore crane inspection and communication within the lifting operation and will be assessed theoretically and practically.
Designed For:
The course is designed for offshore crane operators who wish to advance to Stage 3.
You Will Learn:
Demonstrate competence when operating cranes to show full control of operation.
Perform pre-operational checks and shutdown procedures as per manufacturer recommendation.
Ability in understanding rated capacity indicators and other safety features of crane.
Demonstrate knowledge planning for lifting operations
Determine the probable impact of weather condition as well various loads condition on the lifting operation.
Operate a crane in a safe manner with regards to safety of personnel and equipment.
This 2-day program covers the safety requirements, safe use of tools and equipment, trade terminology and assembly procedures of various types of scaffolding. This will include hands on practice with different scaffolding systems with emphasis on industry expectations such as mobility, importance of safety, and professionalism.
Designed For:
This training program prepares all personnel who are required to erect Scaffold and anyone who is working around or near scaffolding.
You Will Learn:
Explain scaffolding terms
Understand good foundation for stability.
Identify different types of scaffold and uses.
Explain different structures of scaffold.
Describe the requirements Common to All Scaffolds
Identify the different scaffold arrangements.
Identify the main components of a tower scaffold
State the different methods of fall prevention.
Identify the types of access and egress to working platforms
Identify the different scaffold arrangements
Erect an independent scaffold following a safe system of work.
This 1-day training is developed to provide delegates a clear understanding on the safety regulations of scaffolds, interpret design specifications of scaffolds and statutory regulations during the inspection of complex/design scaffolding structures for any faults or incompatible components. The delegates will demonstrate the actual inspection procedure and document findings in accordance with the required reporting procedure. The course will be a combine theory and focus more on the practical inspection wherein delegates will be assessed based on the performance during the training period.
Designed For:
This course is designed for managers, supervisors or employees who are assigned and responsible for inspecting scaffold.
You Will Learn:
Interpret Scaffold design drawings for inspection purposes.
Understand regulation with regards to scaffold inspection.
Identify faults or non-compliance features of scaffold
Supervise erecting and dismantling operation of scaffold.
This 1-day New Hire Training program is an entry level course design to introduce newly hired employees to the new working environment. This program prepares new employees to be familiar to the company policies, safety rules, working procedures and drilling operations. It is a hands on training on which trainees will be trained in the safe use of tools and equipment.
Designed For:
The course is designed for the new hire employees in the oil and gas industry.
You Will Learn:
Heat Stress / Hazcom
Hazard Recognition / Permit to Work System
Job Safety Analysis / Painting and Corrosion
Fire Safety / Confined Space Entry
Fall Protection / Gas Detection
Lockout/Tagout / Rigging and Slinging.
This 1-day Rig Pass course is designed to provide new employees with a basic orientation of rig operations and safe work practices to improve the safety performance of the Service Contractor and the Operator and to assist both in satisfying federal, state and industry regulations and recommended practices.
Designed For:
This program is designed to address the orientation training requirements for new personnel working in all Oil and Gas operating environment or area whether it is onshore / Offshore.
You Will Learn:
General Safety of Employees
Personal Protective Equipment (PPE)
Hazard Communication and Materials Handling
Occupational Hazard
Specialized Work Procedures
Fire Safety - Materials Handling
Health & First Aid
Rig / Platform Environment
Emergency Response
Transportation
Water Safety / Marine Debris.
This half-day course is design to raise awareness about potential dropped objects, to explore methods for controls and prevention of dropped object based on the best practices of “ Dropped Object Prevention Scheme” (DROPS).
Designed For:
This course aimed at employees who work with or may be exposed to dropped objects during their daily task.
You Will Learn:
Understand what the Dropped Objects is
Identify the control and how to minimize injury to people and damage to equipment
Understand various steps involved in Dropped Object Prevention Scheme (DROPS) and how to carry them out
Use of various DROPS control measures.
This half-day Permit to Work (PTW) course will provide candidates with a clear understanding on the definition and importance of the permit to work system. The course will define the guidelines on how to implement the procedure in analysing and assessing hazards
to come up with the correct control measures. This course involves a combination of theory and practical application of the work permit system that includes a worksite inspection.
Designed For:
This training course is designed for employees with duties involving the permit to work process and those requiring knowledge and understanding of the permit systems.
You Will Learn:
Understand the permit to work process / various types of work permits and its use
Aware of the regulations concerning more hazardous work activities
Understand their duties and obligations in law.
Identify permit and non-permit jobs
Understand permit completion responsibilities and requirements.
This half-day training is to protect personnel from the potential releases of stored energy or the startup of machinery or equipment that may cause injury. This specifically includes any maintenance activity where electrical, mechanical, steam, hydraulic, pneumatic or other energy source is present. Additional hazards may include heated, flammable, toxic, corrosive or chemical material. This training is design with theory and practical application.
Designed For:
This training program is dedicated to employees whom their task involves servicing and performing maintenance on machines and equipment with moving parts and to avoid unexpected or remote start-up or energy release that could cause injury.
You Will Learn:
Explains what is Lock Out / TAG Out
Understand personnel roles and responsibilities of every employee.
Understand process involved in the LOTO Program Identify the common LOTO application
Identify the use of various types of LOTO devices.
This 3-day course is developed to provide delegates a knowledge in dealing with dangerous goods for sea transfer by way of preparing, packing, offering or accepting. This course is designed as per International Maritime Organization (IMO) rules that regulates the shipment of dangerous goods.
Designed For:
This course is designed for employees who are dealing with dangerous goods that involve preparation, packing, offering or accepting for maritime transfer.
You Will Learn:
Understand what is IMDG (International Maritime Dangerous Goods) Code
Identify what are dangerous goods
Understand the application of IMDG Code
Determine different types of dangerous goods
Understand specification requirements for the packaging and shipping of dangerous goods
Understand the correct procedure for positioning dangerous goods in a shipping container
Identify marking, labelling and placarding dangerous goods
Understand what information required for declarations of dangerous goods
Understand pre-loading checks and acceptance procedures
Understand personnel role and responsibilities.
This half-day program is a behavioral based safety tool initiated to improve the safety awareness and leadership of all employees. This program is designed to train employees how to recognize unsafe acts and hazards and to stop, explain, correct and report accordingly. Candidates will be trained on the correct implementation of the Program and be able to understand the importance of safe action and safe condition in a workplace. Candidates will conduct an actual observation and actual application of the program as part of the assessment of the training.
Designed For:
This course is designed for all employees and it is also considered as one of the minimum training requirements.
You Will Learn:
Skillfully observe people while they work
Focusing on and correcting their unsafe acts
Conduct safety conversation
Reinforcing their safe work practices
Record and report observation.
This half-day program is designed to provide hazardous materials information and guidance to candidates on how to handle chemicals safely and how to minimize chemical exposure. The training is intended to reduce risks to people, production, equipment and the environment that will be delivered theoretically and practically.
Designed For:
The training is designed to all employees who are at the risk of exposure to hazardous materials due to the nature of the job or the condition of the working environment is prone to contact of hazardous materials.
You Will Learn:
Understand the purpose HazCom
Identify different Types of Hazardous Materials
Aware of Responsibilities / Understand Pictograms
Aware of Health Hazard Pictogram and Non-Mandatory Pictogram / Understand Signal Words
Control on Hazardous Materials
Understand what is Material Safety Data Sheets
(MSDS) / Understand the guidelines in transporting of Hazardous Materials.
This half-day MARPOL Awareness course provides the basic information about the International Convention for the Prevention of Pollution from Ships (MARPOL) and its 6 annexes. Candidates will be assessed theoretically wherein they need to demonstrate a satisfactory level of knowledge.
Designed For:
The course is intended to all offshore personnel.
You Will Learn:
What is MARPOL
Annex I, Regulations for the Prevention of Pollution by Oil.
Annex II, Regulations for the Control of Pollution by Noxious Liquid Substances in Bulk.
Annex III, Prevention of Pollution by Harmful Substances Carried by Sea in Packaged Form.
Annex IV, Prevention of Pollution by Sewage from Ships.
Annex V Prevention of Pollution by Garbage from Ships.
Annex VI Prevention of Air Pollution from Ships.
This 1-day ISM Awareness Training is designed to provide candidates with knowledge on ISM Code. It explains the Intent of ISM Code, to whom it applies and history. During the course candidates will acquire information on ISM Certification process, benefits, advantages, Personnel Authority and Responsibility, Designated Person Ashore (DPA), OIM/Master’s Responsibility and Authority, Development of Plans for Drilling Unit Operations, Emergency Preparedness and Documentation.
Designed For:
This course is designed for Company management from the very top level, to all onshore/offshore employees.
You Will Learn:
State the objective, purpose and intent of the ISM Code
Have an insight into the history and relevant dates relating to the development and implementation of the Code
Understand how the ISM Code translates into the Operations Manuals onboard the rig
Understand the ISM certification arrangements for both Company and rigs.
This 5 day course presents an integrated ecosystem approach to conservation. Guiding principles of conservation biology, particularly landscape ecology precepts and conservation planning, are discussed and developed into an implementation framework. The course integrates ecological theory and application, theory and practice of public involvement, and adaptive management. Participants learn strategic methods to implement ecological principles through comprehensive class exercises using a hypothetical but realistic ecosystem conservation scenario.
Designed For:
Biologists, land managers, planners, and policy makers.
You Will Learn:
Describe genetic, population, species, and ecosystem concepts in biodiversity management;
Employ the population and community level approaches to ecosystem conservation;
Compare and contrast traditional and ecosystem management approaches;
Use adaptive management to implement ecosystem management;
Incorporate stakeholder involvement and participatory techniques in ecosystem conservation;
Employ strategic thinking in conservation issues; and
Describe a conceptual approach to managing ecosystems that includes human communities, ecology, and regulatory agencies.
This 5 day course offers an overview of conservation biology, including discussion of its fundamental
biological and ecological principles. Instruction covers biological diversity, species concepts, uncertainty, and variation in natural systems. Other topics include population viability analysis, metapopulations, habitat fragmentation effects, and reserve design principles.
Designed For:
Biologists and managers requiring a background in current topics related to conservation biology.
You Will Learn:
Distinguish between species diversity and biological diversity; Describe various species concepts and their implications for species protection;
Recognize the four major causes of uncertainty in ecological systems and the importance of natural variability;
Explain the concepts associated with population viability analysis, minimum viable populations, and metapopulations;
Discuss the implications of habitat fragmentation on sensitive species;
Apply island theory, GAP analysis and other related concepts to reserve design, planning, and management.
This is a 5 day course, participants are provided with an overview of core programs of Ecological Services, including: Habitat Conservation, Wetland Regulations, Coastal Ecosystems, Environmental Contaminants, and Endangered Species. The focus of the course is on cross-program issues, outreach, and partnerships.
Designed For:
NCD staff who have been in Ecological Services (ES) for six months to two years, or upon recommendation of supervisor.
You Will Learn:
Explain the major functions and responsibilities of the Endangered Species, Environmental Contaminants and Habitat Conservation programs and how they contribute to the conservation of the Service’s trust resources;
Discuss policies and legislation that guide Ecological Services programs;
Identify and describe the importance and effectiveness of outreach, partnership development, and ecosystem approaches to conservation with NCD, Ecological Service programs, and the public;
Facilitate discussion on the integration of all ES programs to create more productive and effective cross-program coordination; and
Identify and discuss programmatic and regional similarities and differences.
This 3 day course presents the elements of designing outdoor programs for youth (e.g., after school, day and residential camps, and weekend programs) in non-formal settings, such as parks. You will have opportunities to create or modify exciting, safe natural resource-focused youth programs that help to address site missions and/or management objectives. Participants will use a program design model to work on their own youth program during the course, then complete and implement it as a required post-course assignment.
Designed For:
Outdoor recreation planners, park rangers, or any other land management employees who offer or wish to offer non-formal youth education programs in an outdoor natural setting.
You Will Learn:
Explain how your youth program meets your site’s mission and goals;
Describe steps in planning and designing an outdoor education youth program;
Develop techniques for building staff leadership to work with youth;
Demonstrate activities that will rapidly build youth and staff cohesiveness; and
Present a sample component from your program plan to other course participants.
This is a 4 day course, effective education strategies are used by conservation professionals to target specific resource management issues to the right audiences. This course helps participants incorporate evaluation strategies into program planning and implementation. Participants also learn about working with students, teachers, youth groups, and their leaders, both on and off public lands.
Designed For:
Resource managers, educators, outdoor recreation planners, law enforcement officers, and anyone whose job requires contact with the public or whose resource management efforts would be enhanced or supported by education initiatives.
You Will Learn:
Identify ways to work with the education community, including youth groups, public and private groups, home school, and other non-formal programs;
Identify ways that your agency can support educators and become a resource for them;
Describe elements of developing successful educational materials and programs based on state educational objectives;
Adapt existing programs and materials to meet resource management objectives;
Implement environmental education programs on- or off-site; and
Use a planning and evaluation process through all steps of project development and implementation.
This is a 5 day course, as visitation to National Parks of Egypt increases, managers are faced with the difficult challenge of protecting the resources while meeting the visitors' needs. This course familiarizes participants with the history, legislation, regulations, and policies related to visitor services in the NCD. Topics covered include: visitor services requirements, compatibility determination, planning/design principles, outreach efforts, funding issues, and evaluation techniques to help participants develop visitor service plans and programs at various levels in the NCD.
Designed For:
Anyone involved with visitor services or public use programs, including project leaders, natural resource managers, environmental educators, interpretive staff, outreach specialists, outdoor recreation planners, park rangers, and those working with community support groups.
You Will Learn:
Outline the history of visitor services in relation to current legislation, regulations, and policies.
Demonstrate a working knowledge of NCD planning policy, including the development and implementation of comprehensive conservation, visitor services, and outreach plans;
Determine compatible uses and apply visitor use requirements to plans and programs at NCD field centres; identify numerous design factors that increase resource tolerance yet.
Provide recreationists with a greater sense of leisure satisfaction; and Explain the NCD funding and budgeting process as it relates to visitor services.
This 5 day introductory course is designed to help the beginning-level participant become familiar with the signs, causes, control, and prevention of both infectious and non-infectious fish diseases.
Designed For:
Any fisheries worker.
You Will Learn:
Recognize and identify the external or gross signs of the more common fish diseases and parasites;
Stain slides for preliminary identification of common disease organisms;
Isolate and culture some disease organisms;
Calculate dosages or treatment levels;
Properly care for and package moribund or dead fish as specimens for shipment to diagnostic laboratories; and
Describe the causes and nature of fish diseases.
This intermediate-level course demonstrates current field and laboratory techniques being used to diagnose infectious and non-infectious fish diseases. Classroom case studies are used to reinforce laboratory skills.
Designed For:
Laboratory and fishery technicians, fishery biologists, and hatchery managers. “Introduction to Fish Health” (FIS1120) is a prerequisite for this course.
You Will Learn: Perform a diagnostic examination of diseased and moribund fish;
Prepare laboratory media and reagents for use in diagnostic procedures;
Discuss the relationship between predisposing factors and fish disease;
Collect and prepare fish tissue samples for the isolation and culture of disease agents; and
Prepare a case history report on the final diagnosis and prescribe a corrective treatment regime.
This 4 day intermediate-level course introduces participants to current practices in histology and histopathology of fish, as well as the techniques used to examine fish tissues.
Designed For:
Clinical laboratory technicians, fish health biologists, fish pathologists.
You Will Learn:
Distinguish normal fish tissue from diseased or abnormal tissue;
Identify artifactual changes in tissues not related to a disease process;
Examine various fish tissue samples and describe the pathology;
Identify possible causes for the pathology found during microscopic examination of tissues; and
Discuss the collection, preparation, and staining of various fish tissues for microscopic examination.
This 5 day course, participants in this course learn about the basics of fish and aquatic invertebrate anatomy and identification, water quality testing, physical habitat measurements, fisheries safety, and fish’sampling techniques. Additional topics include: age and growth, marking and tagging, and simple knot-tying. Two and one-half days are spent in the laboratory and two days are in the field (stream and lake environments). The training integrates lecture with ample hands-on practice.
Designed For:
Personnel with minimal fisheries experience involved with fisheries projects.
You Will Learn:
Identify fish and aquatic invertebrate species;
Perform aquatic habitat measurements;
Measure basic water quality parameters using meters and kits; and
Use common types of fish sampling equipment.
This 4 day course introduces the basic principles of fisheries management, integrating the biotic, habitat, and human components of management. Emphasis is placed on application of assessment tools to maximize the potential for successful management or restoration/creation of fisheries resources. Additional topics include sampling gear and biases, marking and tagging, and pond management. Participants learn how to apply management strategies through comprehensive class exercises.
Designed For:
Fisheries biologists, hatchery managers, and program administrators with a bachelor’s degree and minimal experience.
You Will Learn:
Describe how recruitment, growth, and mortality interact and result in population size and age structure;
Relate the history/development and seasonal variations of various size, structure, biomass, condition, and abundance indices, calculate these indices, and describe their appropriate use;
Describe the use of fish stocking, purposeful hybrids, biomanipulation, and predator/prey relations as tools for managing the biotic component;
Summarize the use of aquatic vegetation, artificial structures, and reservoir water levels as tools for managing the habitat component;
Apply harvest regulations based on knowledge of the history and types of such regulations as tools for managing the human component of a fishery.
This 5 day course shows the importance for field biologists to have defensible natural resource economic management indicators. These are necessary to show that spending is being allocated to achieve the greatest expected level of program benefits and also to illustrate the trade-offs associated with decisions to use conservation spending to achieve non-conservation goals. This course provides a non-technical overview of the natural resource economic theory of benefit estimation and an overview of natural resource economic valuation methods and practical considerations for applying them.
Designed For:
Land management agency personnel and field biologists whose primary responsibilities include reviewing and writing reports that deal with natural resource-related economic issues.
You Will Learn:
Explain the basic theory and concepts of natural resource economic valuation for ecosystems;
Explain important definitions and concepts related to how economists approach ecosystem valuation;
Discuss the various dollar-based ecosystem valuation methods; and
Describe how ecosystem values are applied for decision making using cost-benefit analysis.
This 5 day course addresses the basic steps and processes regarding habitat conservation planning of the Endangered Species. Case studies and interactive exercises are used to reinforce lecture sessions.
Designed For:
Individuals responsible for assisting in the development of habitat conservation plans.
You Will Learn:
Explain how to provide guidance in developing a Habitat Conservation Plan (HCP) that meets statutory and biological requirements;
List permit processing steps, from submission of the application to permit issuance;
Describe statutory permit issuance criteria and explain biological standards and NCD and EEAA policies involved in the permit issuance decision;
Identify post-issuance compliance and options for corrective actions.
This is a 5 day course, participants learn the NCD role in oil and chemical spills affecting NCD trust resources. Procedures are described for marine and freshwater environments. Emphasis is placed on planning for an emergency response, sample collection and handling, and coordinating the NCD response within the incident command system. Topics covered include development of area contingency plans, accessing the Oil Pollution, health and safety requirements for spill response, wildlife rescue operations, and damage assessment.
Designed For:
Natural resource personnel whose responsibilities include planning or participating in a spill response.
You Will Learn:
Describe the major types of oil products typically involved in spill events;
Describe spill response and cleanup techniques;
Learn MOI training and safety requirements for spill response workers;
Describe the role of the NCD in a multi-agency spill response; and
Describe spill-response reporting and accounting procedures required by the NCD.
This 5 day course provides a working knowledge of fish population dynamics and stock assessment theories and techniques that help participants to: 1) understand the advantages and limitations of these techniques; 2) provide critical review of stock assessments; and 3) communicate effectively with experts in the fields of stock assessment and population dynamics.
Designed For:
Personnel dealing with harvest management issues.
You Will Learn:
Describe mortality rates in fish populations;
Select methods for estimating annual and fishing mortality;
Reconstruct cohort dynamics from historical harvest-at-age data;
Fit growth or stock recruitment models to fisheries data and evaluate the adequacy of the model;
Quantitatively compare the efficiency of different fishing regulations for improving management objectives;
Explicitly consider the influence of uncertainty on management decisions;
Describe the necessary, quantitative elements that are part of routine fish stock assessments;
Integrate basic growth, mortality, and recruitment models into usable models for fish stock assessment.
This is a 2 day course, participants in this course are introduced to water chemistry principles, sampling techniques, and monitoring protocols. Field sampling and testing techniques are performed using both chemical test kits and meters. Participants perform various water chemistry tests, analyze the results, and calculate chemical concentrations.
Designed For:
Any fisheries worker.
You Will Learn:
Describe basic water quality standards required for both fish culture and fishery management applications and perform analytical tests to measure for the standards;
Explain water quality requirements of common fish species;
Perform basic water chemistry tests;
Conduct field sampling and chemical testing; and
Design a water quality monitoring protocol.
This 2 day course, a geographic information system (GIS) is a: versatile computer tool that can assist in natural resource conservation planning and decision making for a community, region, watershed, or state. This overview course describes the basic principles of GIS and helps community-based conservation groups and watershed organizations assess how GIS can be used to support their goals. Topics include an overview of GIS and global positioning systems (GPS) technology, an evaluation of available GIS tools and data, and the basics of using GIS software. It can be offered in a general format or customized to meet the needs of a specific audience (community, watershed, county).
Designed For:
Representatives from community-based conservation groups and watershed organizations, public agencies, and others interested in exploring the application of GIS to natural resource conservation.
You Will Learn:
Define GIS and GPS;
Describe the basic functionality of GIS;
Explain the availability of GIS tools and data;
Determine how GIS can be used in support of community-based natural resource conservation and watershed protection; and
Learn the basics of a GIS software package.
This 3 day course allows learners how to design and create high quality thematic maps for public presentations, scientific publications, wayside exhibits, and general publication media/flyers. Students also learn how to use and interpret printed maps for spatial analysis and decision making. This course gives participants an overview of scientific visualization, cartographic design principles, and relevant mapping standards. Examples of existing government and private sector map designs are showcased for student instruction. This course includes practical, hands-on exercises with a variety of graphics and GIS layout tools.
Designed For:
Professionals working on conservation and natural resource mapping projects, including field station and park personnel who use GIS, outreach specialists, outdoor recreation planners, landscape architects, and others who desire to create professional maps and graphic products.
You Will Learn:
Describe the fundamental principles of cartographic design;
Produce high-quality cartographic products; and
Learn desktop software techniques for effective cartographic design.
This 4 day course provides a basic overview of cultural resources management. The course covers important cultural resource issues, including the basic principles, regulations, laws, and policies affecting cultural resources. The course examines the necessary steps for assuring compliance with historic preservation laws prior to initiating a project.
Designed For:
Project leaders, biologists, and staff specialists.
You Will Learn:
Identify the steps necessary to comply with historic preservation laws;
Identify areas requiring cultural resource evaluation when projects are planned; and
Describe the effects of cultural resources on projects.
This 3 day course provides an overview of the major conservation laws of interest to natural resource professionals. Sessions include information on case laws that are specific to habitat protection, pollution control, and trust responsibilities. Discussions include an historical overview of the development of wildlife and natural resource laws, legal authorities, and development in the courts, as well as current legal issues. Instruction is provided by, lawyers and professionals in the field of natural resource law
Designed For:
Personnel working with issues that require knowledge of environmental laws, regulations, and policies.
You Will Learn:
Identify major laws affecting the management of wildlife resources;
Describe recent court interpretations of the laws; and
Describe how these laws and policies affect management of natural resources.
This 5 day course is designed to help natural resource professionals communicate more effectively with both general and technical audiences through oral presentations. Topics include developing communication strategies for specific audiences, creating graphics, and solving equipment problems. Participants learn skills in planning, preparing, delivering, and evaluating oral presentations; using slide and computer-generated visual aids; and handling difficult, even hostile, audiences. The course combines lecture, role-playing, demonstration, and practice in making presentations on natural resource topics.
Designed For:
Those employees responsible for designing, planning, and implementing education and outreach programs; biologists, outdoor recreation planners, and employees involved with public affairs, partnerships, education, and outreach.
You Will Learn:
Develop a communication plan that outlines a strategy for communicating natural resource information to a target audience;
Design and prepare effective presentation graphics (title slides, data graphics, illustrations, etc.) using Microsoft PowerPoint software;
Operate and troubleshoot audiovisual projection equipment;
Deliver a 5- and 15-minute presentation using graphics prepared during the workshop; and
Evaluate others’ presentations relative to the proper use of audiovisual presentation techniques.
This 3 day course teaches how to interweave the grant proposal writing process and strategic thinking for successful grant management once the grant is awarded. Learn to cultivate relationships with partners or funding organizations to support projects that promote and maintain conservation and natural resource management. Topics include pre-project planning, alternative funding sources, and writing a solid grant proposal. Bring a potential grant project with you to work on during the course. You will develop a grant application and critique the critical parts of a successful grant proposal.
Designed For:
Resource managers, biologists, ecosystem teams, coordinators, managers, supervisors, outreach specialists, local community representatives, anyone (including non-government agency) seeking funding to support projects on public and private lands.
You Will Learn:
Review guidelines and ethics;
Conduct funding searches on-line;
Examine principles of strategic thinking, project proposal planning, and management;
Plan strategies for funding projects with partners;
Write an actual proposal with instructor assistance and critique;
Explain how to build relationships;
Identify the complete proposal-writing process: planning, research, outreach, writing, accounting, tracking, reporting, and evaluation.
This 3 day course to teach all personal and organizations on all the facets of cyber security. The training program will help to vanquish security threats and stay digitally safe.
Designed For:
All personal and companies that use digital equipment / computers.
You Will Learn:
Types of Cyber Crime;
Data Recovery;
Cyber Crime Investigation;
Security Audits;
Computer Forensics;
ISO Audit Importance.