This course provides a practical introduction to electrical power systems and industrial electrical engineering concepts used in substations, power distribution, and electrical infrastructure projects. It is designed for electrical engineering students, technicians, and professionals interested in power system operations and equipment.
The course begins with power system fundamentals, explaining how electrical energy is generated, transmitted, distributed, and monitored across industrial and utility networks. Learners will understand the structure and operation of modern electrical power systems.
A major focus is placed on power system protection and control equipment. The course explains how protective devices help detect faults, isolate failures, and maintain system stability and safety in electrical networks.
Learners will also study switchgear systems, including circuit breakers, control panels, and switching equipment used to manage and protect electrical installations. Transformer and reactor fundamentals are introduced to explain voltage regulation, energy transfer, and power quality control.
The course also covers onshore substations and their role in high-voltage transmission and distribution systems. In addition, learners explore electrical lighting standards and power monitoring systems used for energy management and operational efficiency.
By the end of the course, learners will have a strong understanding of power systems, electrical equipment, and industrial electrical engineering fundamentals used in modern infrastructure projects.
