This course focuses on the detection and identification of power quality issues in electrical systems through the application of Artificial Intelligence (AI) techniques. It covers voltage sags, swells, interruptions, surges, flickers, and harmonic distortions, ranging from simple to complex scenarios. The course includes 6 sections and 81 lectures, with a total duration of 5 hours.

This course is a step-by-step guide on performing various load calculations and analyses dedicated to power engineers. It covers load and thermal current calculations, cable sizing, voltage drop, short circuit calculations, and circuit breaker & transformer sizing. The course consists of 19 lessons in 7 hours 41 min. duration.

This course is dedicated to Ring Main Unit and medium voltage distribution cables in ring power distribution systems. Students, engineers and technicians will learn how to how RMU works, main components and various calculations. The course consists of 18 lectures in 4h 41m total length.

This course provides a knowledge in power system modeling and analysis by utilizing the ETAP program and its features. The course covers the analysis of arc-flash, transient stability, motor accelerating, short-circuit, harmonics, as well as the protection example, earthing analysis and an example of renewable energy sources. The course consists of a total of 34 lessons and has a duration of 5 hours and 29 minutes.

Learn the basic concepts of electricity, its laws, theorems, and DC circuits by solving 12 problems and their solutions focusing on DC series-parallel networks. The course consists of one big lesson, 1.5 hours in total length.

Learn the fundamentals of wind energy systems with step by step examples without any previous knowledge. Learn how to design and specify wind turbine and its electrical equipment. The course consists of 64 lectures in 11h 14m total length and plenty of downloadable materials.

Learn power system modelling and analysis using ETAP software and its functionalities for successful design & solving various power system practical problems. Learn how to simulate and analyze the steady-state and dynamic power system. 29 topics in 8h 56m total course length.

Learn how to calculate voltage drop in single phase, balanced and unbalanced three-phase power systems and to analyze short-circuit currents. 18 lessons in 5h 16m 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.

Learn how to plan and design low-voltage power distribution systems using this powerful (and free of charge) software from Siemens. 12 lessons in 1h 25m 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 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.

This course introduces the fundamental concepts of electrical direct current (DC) circuits (Ohm’s Law, Kirchhoff's Laws, Series and Parallel Circuits, etc.) and the most common practice problems students face during studying. 12 sections in 4h 40min total course length.

This course will provide the student with the basic understanding of working with circuits involving Alternation Current, which includes sinusoidal waveforms, vectors and phasors. The final exam and certification are included. 5 sections, 3h 2min total course length.