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Build practical engineering skills with expert-led courses designed to take you from fundamental concepts to real-world applications. Explore electrical design, renewable energy, power systems, MATLAB/Simulink, and more.
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Learn electrical power engineering from A to Z with access to a comprehensive collection of 9 courses. Explore electrical circuits, electrical design, solar energy, electrical machines, power electronics and protection, automatic control, power system analysis, MATLAB/Simulink, and power generation and substations.
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Master building electrical design through practical projects using AutoCAD, DIALux, Excel, and ETAP. Learn load estimation, lighting design, wiring layouts, panel schedules, cable and breaker sizing, single-line diagrams, voltage-drop and short-circuit analysis, earthing, lightning protection, UPS systems, and low-current systems.
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Learn practical solar PV system design, including grid-connected and off-grid systems, PV array sizing, battery sizing, and solar water pumping. Explore renewable energy applications with additional wind and wave energy essentials.
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Build a strong foundation in DC and AC circuit analysis. Study nodal and mesh methods, Thevenin and Norton equivalents, first- and second-order circuits, resonance, and MATLAB-based circuit models.
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Explore DC machines, induction and synchronous machines, transformers, and magnetic circuits. Develop practical understanding of machine operation, motor protection, and engineering applications supported by PLC and MATLAB simulations.
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Study power electronic converters and electrical protection principles, supported by MATLAB simulations and practical PLC programming exercises using LogixPro.
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Learn control theory from the fundamentals to advanced applications. Cover time response, system stability, root locus, frequency response, PID and FOPID controllers, and MATLAB/Simulink simulations.
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Develop hands-on power system analysis skills through the per-unit system, load flow studies, network matrices, short-circuit calculations, symmetrical and unsymmetrical faults, and power system stability.
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Build MATLAB and Simulink skills through engineering projects involving electric circuits, operational amplifiers, power electronics, electrical machines, renewable energy systems, and control engineering.
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Explore electricity generation, renewable energy, high-voltage principles, electrical generators, and substation fundamentals. Build an understanding of the major equipment and concepts used in power generation and electrical substations.
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Access downloadable resources used in Khadija Academy YouTube lessons, including PDF slides and important supporting files. Resources are updated frequently. The course also provides ETAP-related learning resources for electrical power engineering students.
Explore ResourcesChoose your learning path, strengthen your technical knowledge, and develop practical skills for real-world electrical engineering challenges.
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