Electrical Circuits Fundamentals

Description:

This teaching session gives participants general information about concepts and techniques in electrical circuits characteristics. It introduces main electrical topics such as current, voltage, power, electromagnetism, basic lows and theories for electric circuits analysis and pulse response and resonance.

Objectives:

• Be familiar with basic circut analysis tools and techniques
• Understand circuit equivalence and modeling concepts
• Develop problem solving techniques

Participants:

• Electrical engineers
• Electricians
• Plant engineers
• Service technicians
• Energy auditors
• Layout professionals

Electrical Distribution Systems Design and Installation

Description:

This teaching session is prepared to give information about power distribution system and how this system operate to generate power to different types of customer loads in addition to the managerial aspects in modern transmission and distribution system.

Objectives:

• Explain the core principles and components of the electrical distribution system
• Gain the ability to identify issues related to electrical distribution system projects

Participants:

• Electrical engineers
• Electricians and technicians
• Power supply professionals
• Contractors
• Electrical distribution system professionals

Transformers Operation and Maintenance

Description:

This course explains the importance of using power transformers to ensure the stability of power system, due to the high cost and impact of failure in these devices, special considerations must be put into the mainteance process and procedures. This course provides both the theoretical and operational aspects of power transformers, maintenance requirements

Objectives:

• Be familar with the operation aspects of transformers
• Gain a better understanding of the various tests needed for different types of transformers
• Learn how to enhance performance and efficiency of transformers
• Gain the knowledge of selecting the suitable transformer for a specific purpose
• Learn the analytical and sizing methods for transformers

Participants:

• Electrical engineers
• Electricians
• Electrical supervisors
• Mainteance personnel

Electrical Motors and Drives

Description:

This course is prepared to educate participants about electrical appliances such as motors and drives, this course will give practical tools and methods useful in choosing the suitable motor for any application in design stage and anticipate and repair faults in the maintenance stage.

Objectives:

• Be familar with various types of electrical motors
• Learn the role and need for electrical drives
• Understand various motor control techniques
• Learn the maintenance and repair requirements for electrical motors and drives

Participants:

• Electrical engineers
• Electrical technicians
• Service managers and personnel

Electrical Maintenance Principles and Applications

Description:

This course explains the main components of electrical engineering related to failure finding and maintenance. İt also explains how to quickly discover failure in electrical appliances such as motors and sensors by recognizing operating specifications, determine the failed part and replace it with a new operating one.

Objectives:

• Explian the goals and different types of maintenance
• Explain the testing and insepction processes
• Being familar with electrical drawings
• Apply safety precauition techinques on electrical field 

Participants:

• Electrical engineers
• Electricians
• Service technicians
• Maintenace supervisors

Power Compensation and Control

Description:

This course will highlight the latest development in power system support and power electronics controllers in addition to explaining the pros and cons of various types of power compensation systems.

Objectives:

• Better understand power compensation process
• Be familar with voltage control and power compensation appliances
• Lern about the impact of reactive compensation appliances
• Enhance transmission security

Participants:

• Electrical engineers
• Electrical operation professionals
• Professional working planning, maintenance, control and analysis of utilties and electrical netwroks

Reactive Power Management

Description:

The goal of this course is to educate participants about the theoretical and practical aspects related to the daily operation and maintenance of reactive power management and power factor correction.

Reactive power management is an important component in power system operation, it impacts the system voltage level and system loses.

Objectives:

• Recognize compensation equipment
• Learn the core principles of PF and voltage correction
• Learn the roles and goals of reactive power compensation
• Be familiar with VAR optimization is electrical distribution system
• Be able to save the power capacitors

Participants:

• Electrical engineers
• Power plants operators
• Electricians and technicians

Industrial Electronics and Applications

Description:

This course will give participants the required knowledge and concepts in industrial electronics in addition to understand operation, usage and failure repairs of various electronic devices and components. This course allows participants to take an active role in technology support and service provision industry.

Objectives:

• Learn how to apply electrical concepts and tools to repair failures in electronic systems
• Learn how to use test equipments on industrial electronic components
• Understand risk and uncertainty in industrial electronic system
• Be familiar with terms and concepts used in industrial electronic filed

Participants:

• Electrical engineers
• Plant engineers
• Electrical supervisors
• Electricians
• Maintenance personeel

Instrumentation, Controls and Electrical Systems for Facilities Engineers

Description:

Topics covered by this course includes electrical power generation and distribution, process and safety procedures, control and configuration tools and techniques in addition to the control of upstream and midstream facilities.

Objectives:

• İntroduce basic principles of electrical power generation and application such as voltage levels
• Learn how to apply safety precautions measurements such as define hazardous area and circut protection
• Prepare measurement parameters
• Learn how to select and apply control tools and techniques
• Get the ability to apply electrical power demand (load) lists, single line diagrams and choosing and integrating power distribution systems

Participants:

• System operators
• Electrical engineers
• Professionals working in electrical system within oil and gas facilities

Distributed Control Systems Programming Essentials

Description:

This course targeted plant operators, maintenance personnels and managers working on problem solving, improving process control tools and enahncing performance and operations.

This course equips them with the needed expertise to develop plant operation, identify start and shutdown conditions of machines and study the inter-connection between equipments and other components of operation control.

Objectives:

• Learn how to interpret DCS control drawings and logic charts
• Improve participant’s capabilities in solving plant operation failures by using DCS logic
• Recognize the related logic/control diagram in response to plant or equipment failure
• Being able to modify plant logic charts and develop new ones if required
• Develop process trends and historical reporting according to process and managment requirements
• Being able to identify DCS hardware principles for system selection, repair and improvement purposes

Participants:

• Operation managers
• Plant operators
• Electrical and instrumentaion professionals

Electrical Protection Devices

Description:

The aims of this course is to educate participants about the electricty, how it works and how to use it safely in addition to introducing protection devices required to ensure reliable power systems and saving the electrical system’s components from failures.

Objectives:

• Gain a better understanding about how to electricity works
• Learn basic electricity terms such as volts, current and amps
• Explain the importance and functions of circuit breakers
• Gain a better knowledge to use electricity safely and respond quickly in case of threats and emergencies

Participants:

• Electrical engineers
• Electrical technicians
• Managers and supervisors
• Professional responsible for industrial power plants protection

Operation and Maintenance of Electric Generators

Description:

This module includes the basic concepts of power generator operation and maintenance, it studies in details the concepts of and the connections between power generators and voltage regulators.

Objectives:

• Gain a better understanding of the operation and components of power generators
• Learn how to operate power generator efficiently and safely
• Learn about power generator voltage control
• Learn how to keep various components of power generators
• Learn how to respond to loads changes and system voltages

Participants:

• Electrical engineers
• Field engineers
• Maintenance technicians
• Anyone involved in generator’s operation and mainteance
• Electricinas

Industrial Electronics Maintenance Skills

Description:

This course is prepared to guide participants in the industrial electronics and electrical maintenance industry, it provides the core concepts and principles in working with electrical and electronic indicators and resources, these principles includes (fundamentals of electroncis, electronic circuits and control).

Objectives:

• Learn the core principles of industrial electronics and electrical maintenance
• Learn how to choose suitable tools in electrical maintenance
• Effectively apply circut diagrams in maintenance
• Consistently consider and apply safety precaution when working on electrical systems

Participants:

• Maintenance supervisors
• Electrical engineers
• Energy auditors