This masterclass covers power system operation and control, starting with analyzing power system stability, moving on to system voltage and frequency control, and ending with building an optimal, economical power network. The course consists of 130 lectures with a duration of 16 hours.

This course provides a comprehensive introduction to modern power systems, focusing on the transition from traditional centralized energy generation to smart grid technologies. It consists in three lessons in duration of 2h 13 min.

This course provides an advanced knowledge in grounding and fault mitigation in power systems. Learn grounding & protection concepts, short-circuit in isolated networks, phenomena associated with ground faults, grounding of LV/MV systems, grounding system circuits, and finally specifications and ratings of grounding devices. 52 lessons in 3 hours and 5 minutes.

This course was built for new engineers and technologists, looking to connect their classroom learning with what’s really happening out in the field. Whether you're just starting your career or transitioning into power systems, you're in the right place. The course consists in 7 chapters in the duration of 1 hour 47 minutes.

This course will teach you all you need to know about electrical power generation, from the basics of how power stations work and the many technologies and energy sources used to generate electricity to more advanced topics like power plant control systems and alternators, and finally, how to analyze power station loads with an eye on power plant economics and electricity pricing structures. 17 lessons, 210 topics in duration of 31 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.

A course designed for engineers, technicians, and commissioning staff that thoroughly explores the principles, techniques, and practical applications of phasing in power substations, providing a systematic framework for comprehending its importance. The course consists of 14 lessons in duration of 2 hours and 32 minutes.

This course provides a knowledge in medium voltage infrastructure and power distribution. The course covers everything about distribution systems design including MV structure, MV distributor, MV switchgear and MV/LV substation according to NEC. It consists in 10 sections and 42 lessons in total duration of 7 hours 9 minutes.

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 is dedicated to Current Transformers (CTs), which are extremely important for electrical protection and measuring systems. It includes practical theory, testing procedures and real-world examples of the correct CT selection. 23 lessons in 2h 14m total length.

In this all-encompassing 50-hour course, students will learn both theoretical foundations and practical applications, examples and troubleshooting of three basic electrical machine types: DC machines, synchronous machines, and induction machines. The course consists in 33 lessons and 298 topics in duration of 50+ hours.

The course provides detailed presentations of steady-state performance and stability analysis of electric power systems. The handled problems cover the effects of various controllers and conditions on the performance and stability of power systems. The course consists in 8 lectures and 5h 16m total length.

This course is dedicated to power engineers interested in learning power system reliability concepts. You will learn how to calculate different reliability indices for multiple hierarchical tiers of power systems. The course consists in 7 lectures and 4h 6m total duration.

Welcome to our course, "Comprehensive Automatic Control Theory in Electrical Engineering," designed to provide in-depth knowledge of automated control theory from the foundational level, specifically for electrical engineers. 139 topics in 24h 35m total course length.

Welcome to the "Motor Control Schematics Course For True Engineers" - a schematic understanding course that will teach you the fundamentals of drawing / schematics associated with motor control. The course covers devices utilized in schematics (auxiliary relay, contactor, timer, etc.), star-delta starter circuit, Dahlander motor connection, sequential motor switching, speed control of two-winding motor, etc. The course consists of 22 lessons in 2h 32min. total duration.

This course provides everything about distribution systems design needed for electrical engineering beginners. It comprises lighting design, wiring of electrical components, circuit breaker selection, selectivity and cascading, distribution transformers, power cables, short circuit analysis and voltage drop calculations, power factor, etc. 54 lessons in total duration of 11h 15min.

This course is dedicated to engineers involved or want to be involved in Electric Traction Engineering. It covers everything from basic ideas to sophisticated traction applications, and it's crafted to deepen your understanding and expertise in modern rail systems. 6 sections with 45 lessons in 4h 51min. course duration.

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.

This masterclass course provides a deep understanding and knowledge in power substations. You will learn different substation types, their differences, electrical equipment (switchgear, transformers, breakers, isolators, etc.), as well as busbar schematics and relay protection principles. The course consists in 97 topics and 9h 2min total length.

This masterclass course provides a deep knowledge, understanding and analysis of transformer vector group connections and phasors. You will learn to analyze and draw connections of transformer windings. The course consists of 15 lessons and 1h 36 min. total duration.

Learn how Surge Protective Devices (SPDs) work, how to make the right SPD selection and how to design the whole surge protective system. In-depth knowledge and practical insights on safeguarding electrical systems from transient overvoltages. The course consists of 18 lectures and 3 hours 8 min. total duration.

This course has been carefully designed to educate true electrical engineers with the knowledge and skills required to create resilient lightning protection systems. It consists of 49 lessons in total duration of 16 hours 50 minutes.

Learn all kinds of transformer you can find in various electrical networks, their design, where they are applied, how they are protected, and how to test and perform diagnostics. The course consists of 17 lessons and 163 topics. It takes 26 hours and 18 minutes in total duration.

Deep understanding of circuit breaker failure relay (CBF) protection function, scheme/trip matrix, how CBF stage 1 and 2 operate, and CBF protection for different busbar schemes. The course consists of 12 lessons, and it takes 2 hours 12 mins.