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Learn how substation buses operate and how to implement different protective elements for their protection. Learn to design robust protection schemes to protect these components from faults and abnormal operating conditions. 2h 27m total course length.
Learn about power system protection philosophy and techniques, and how to analyze relaying schemes of power systems, including instrument transformers, transmission lines, power transformers, and generators. 6h 16m total course length.
Learn how to analyse unsymmetrical power system faults and master two of the most fundamental and necessary types of mathematics for relay engineers and technicians: Symmetrical components and the per-unit system. 36 lessons in 7h 7m total course length.
In-depth analysis of the fundamental issues in the power quality discipline considering related standards, practical case studies. 8 lessons in 3h 28m total course length.
Learn electrical transformers from the scratch. Starting from theory, transformer types, designs and applications, to cooling systems, components, tap changers, Buchholz relay, and so much more. 30 lessons in 2h 50m total course length.
This course allows students to acquire core fundamental knowledge in effective strategic decision making throughout the asset life cycle (such as that found in the utility industry). 17 lessons in 5h 29m total course length.
Learn to calculate, design and measure earthing and grounding systems. This course covers all of the earthing issues that you can deal with in real-life applications. 27 lectures in 4h 36m total course length.
The fundamentals of rotating electrical machines: AC & DC electric motors and generators intended both for the novice as well as a review for those who have previously studied the subject matter. 8 lectures in 7h 29m total course length.
This course is designed as the basics review of derivatives as they apply to electrical functions. It is designed for the student of electrical engineering who comes across theoretical formulas that reference derivatives. 9 lessons in 3h 35min total course length.
Learn how to use real, reactive, and complex power in the analysis of AC circuits. Learn how to calculate power factor correction (PFC) and power in three-phase circuits. 9 lessons in 3h 38min total course length.
Learn the basic concepts of fault studies using symmetrical components on HV three-phase power systems. The final exam and certification are included. 9 lessons in 3h 47min total course length.
Learn how to use the method of symmetrical components to simplify asymmetrical three-phase power analysis and understand fault studies and protection schemes. 7 lessons in 1h 30m total course length.
Learn what Per Unit Analysis is and how manufacturers of electrical equipment use it to rate their equipment. Later, you will use it in your power flow, short circuit evaluation and motor starting studies. 10 lessons in 6h 5min total course length.
This course takes you from the fundamentals of trigonometry to the more sophisticated operations required in electrical engineering. 10 sections, 3h 47min total course length.
Learn fundamentals of instrument and single-phase/three-phase metering in utilities and industry, digital & analog wattmeters, Kwhr meters. 8 lessons in 4h 7min total course length.
Learn about power flow analysis and short circuit analysis of balanced and unbalanced faults to further your career in electrical and power engineering. Examples are solved to illustrate how to analyze real-world power systems. 4 sections, 37 lectures in 5h 48m total course length.
Learn about steady-state and transient stability of power systems and their importance in the safe and reliable operation of power systems.
Learn how to simulate power systems in MATLAB/Simulink by building several Simulink power system models for load flow, short circuit, and power stability studies) and analyze the behavior of the system under several conditions.
Learn the fundamentals of power system analysis: power analysis in single- and three-phase AC circuits, power triangle, complex power, and power flow, delta or wye connected loads and per-phase analysis of balanced loads.
Learn fundamentals of electric circuits and electronics, starting from the basics such as what an electric circuit is, electrical quantities like voltage, current & power, all the way to analyzing electric circuits.