A Highly Interactive Training Course On
Mini Master in Electrical Systems Engineering
Mastering the Operation, Protection, and Optimisation of Critical Electrical Assets
Course Introduction
Modern industries rely heavily on the seamless operation of electrical systems, making reliability, safety, and performance essential components of organisational success. Whether in oil and gas, utilities, heavy industry, or infrastructure, electrical networks support mission-critical processes that demand careful design, advanced maintenance, and strategic oversight. The Electrical Systems Engineering Training Course provides an in-depth learning experience that equips professionals with the technical mastery, analytical competence, and operational insight required to manage high-value electrical assets. Poorly maintained systems can lead to downtime, compliance risks, safety hazards, and costly interruptions—making skilled engineering leadership indispensable.
This comprehensive Electrical Systems Engineering Course blends technical expertise with practical, real-world application. Participants will advance their understanding of electrical system design, operation, testing, and troubleshooting while gaining hands-on exposure to diesel generator systems, DC networks, cathodic protection systems, and switchgear operations. The course adopts a “Mini MBA” engineering model by integrating asset management, lifecycle planning, risk-based strategies, and leadership perspectives into the technical curriculum. By the end of the programme, participants will be prepared to elevate system reliability, optimise asset performance, and contribute strategically to organisational excellence.
- Understanding electrical system functions in mission-critical operations
- Strengthening diagnostic and troubleshooting capabilities across major systems
- Applying engineering best practices for safety, reliability, and efficiency
- Integrating asset lifecycle management and performance optimisation techniques
- Aligning engineering decisions with operational continuity and organisational goals
Training Objectives
The Electrical Systems Engineering Training Course provides participants with advanced engineering knowledge, enabling them to strengthen both technical capability and strategic judgment.
- Provide an advanced technical foundation for maintaining and optimising mission-critical electrical assets
- Develop strong problem-solving and troubleshooting skills for complex engineering systems
- Strengthen participant knowledge of design principles, commissioning, testing, and preventive maintenance
- Enhance system reliability through fault analysis, protection coordination, and performance optimisation
- Integrate technical competencies with leadership, asset management, and strategic engineering practices
- Equip participants to align electrical engineering activities with operational excellence and sustainability goals
Training Methodology
This Electrical Systems Engineering Course incorporates a variety of proven adult-learning methodologies designed to enhance comprehension, engagement, and real-world application. Participants benefit from instructor-led sessions supported by case studies, technical demonstrations, video presentations, and structured discussions that clarify engineering concepts and operational challenges.
Practical exercises, diagnostic scenarios, and hands-on simulations further reinforce technical learning by allowing participants to apply theories to realistic situations. This blended methodology ensures a balanced learning experience where participants can strengthen both their analytical and practical engineering skills, while receiving expert feedback and guidance throughout the training.
Who should Attend?
The Electrical Systems Engineering Training Course is ideal for professionals responsible for electrical system performance, asset reliability, and engineering decision-making. It benefits individuals seeking to deepen their technical expertise and expand their leadership potential within industrial environments.
- Electrical system engineers and supervisors
- Maintenance and operations professionals in utilities, oil & gas, and infrastructure
- Project engineers, commissioning staff, and design consultants
- Technical managers responsible for electrical reliability and risk management
- Professionals aiming to elevate their technical and managerial competence in electrical systems engineering
Course Outline
- Role of electrical assets in industrial performance and sustainability
- System architecture: generation, protection, and distribution overview
- Risk and reliability considerations for electrical systems
- Linking technical excellence with business continuity
- Engine fundamentals, alternators, and excitation systems
- Load characteristics and sizing for critical operations
- Control systems and synchronization
- Real-world generator applications in industrial environments
- Preventive vs. corrective maintenance strategies
- Diagnostic methods for engine, fuel, and cooling issues
- Troubleshooting electrical and electronic controls
- Performance optimization and fuel efficiency improvement
- Role of DC systems in critical operations
- Battery technologies (lead-acid, Ni-Cd, Li-ion) and their applications
- Design principles of chargers, rectifiers, and inverters
- Reliability planning for DC power networks
- Installation and commissioning best practices
- Testing procedures: capacity, discharge, impedance, and load tests
- Preventive maintenance plans for extended lifecycle
- Failure analysis and corrective measures
- Understanding corrosion mechanisms and asset degradation
- Fundamentals of impressed current and sacrificial anode systems
- CP system design considerations for pipelines, tanks, and structures
- Safety standards and regulatory requirements
- Installation and commissioning practices
- Inspection, testing, and monitoring tools
- Troubleshooting performance issues and common faults
- Case studies on CP failures and corrective solutions
- Types of switchgear: LV, MV, HV configurations
- Operating mechanisms and safety protocols
- Relay coordination and protection schemes
- Fault current calculations and arc-flash considerations
- Preventive and predictive maintenance practices
- Common switchgear failures and root cause analysis
- Condition monitoring technologies
- Best practices for extending equipment life and ensuring system resilience
- Integration of diesel generators, DC systems, cathodic protection, and switchgear into resilient systems
- Hands-on workshops: troubleshooting scenarios and simulation exercises
- Asset lifecycle management and optimization strategies
- Final case study: building an operational excellence roadmap
- Closing session and action planning
Providers and Associations
Certificates
- COPEX Certificate of Attendance will be provided to delegates who attend and complete the course
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COPEX Training is your gateway to professional growth, with over 20 years of experience turning potential into success. Each year, we deliver over 1,000 courses in 50+ countries, earning a stellar 98% satisfaction rate. Trusted by global giants like BP, the United Nations, and HSBC, we partner with top certification bodies to provide career-focused training that empowers individuals and drives organizational breakthroughs. Our mission? To transform the way professionals learn and grow in today’s fast-changing industries. Through expert insights, cutting-edge methods, and hands-on approaches, we equip you with the skills and confidence to tackle challenges, seize opportunities, and thrive in your career.
Led by a passionate leadership team and supported by a network of world-class trainers, COPEX Training connects professionals worldwide with life-changing opportunities. We are committed to excellence, ensuring every participant leaves with the tools, expertise, and confidence to conquer an ever-evolving world.
Frequently Asked Questions
This FAQ section provides quick answers to the most common questions about our services, procedures, and policies. We aim to make your experience with us as straightforward as possible. For further assistance, our support team is ready to help.
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Improved Job Performance: Enhance your productivity, efficiency, and job satisfaction.
Personal Growth: Develop valuable personal and professional skills that can benefit you in all areas of life.
Upon successful registration, processing window will take not more than 24 hours from the time of registration. An email including the registration confirmation, invoice and joining instructions will be sent to the provided email address.
Published training course fees are inclusive of the training venue, training manual, writing materials, lunch and coffee breaks with refreshments over the entire duration of the training course.
The training course fee can be settled by either:
- Bank transfer
- Credit Card
Our training courses will run for 5 hours per day. The standard daily timing is from 8:30 am – 3:30 pm including the coffee/tea breaks and lunch.
Our training courses courses are being held at five-star hotels in prime and iconic destinations across the globe. Cities such as Amsterdam, Barcelona, Dubai, Geneva, Istanbul, Kuala Lumpur, London, Houston, New York, Paris, Vienna, Zurich, etc.
Our cancellation policy varies depending on the circumstances presented. Generally, cancellations must be initiated in formal writing at least 14 days prior to the commencement date of the training course. Further, the option to shift an existing registration to another training course on a later date is possible. Otherwise, a full refund will be initiated.
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