Electrical Engineering Courses (Related Courses and Outlines)

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On this post, I’ll list out Electrical Engineering courses and courses related to Electrical Engineering which will benefit students who do not wish to study Electrical Engineering course itself. I know for certain that there are two category students reading this and I will try to make sure I answer both categories.

As mentioned earlier, some of you are reading this to know courses similar or related Electrical Engineering while others want to know Electrical Engineering course outlines. That is, Electrical Engineering courses (subjects) you will learn at the university.

Firstly, let me address courses that are related to Electrical Engineering. Students who study any of the related course below can work with an Energy firm. Remember, Electrical Engineering in itself is a course you can study, albeit a good one with competitive job opportunities.

If you study any of these courses related to Electrical Engineering as listed below, you set yourself aside from the crowd because unlike Electrical Engineering which is encompassing, these courses are focused area within the field of Energy;

 

Electrical Engineering Course Outlines

Now, these are Electrical Engineering courses you will study or be taught while preparing you to be an Electrical Engineering graduate. Normally, a course outline should contain; course name, course description, course hours etc…

I will only list out the course names excluding GST to avoid too much information and there is no guarantee that the listed subjects (courses) here will be fully covered in your school except for Nigeria Universities. Nevertheless, you will meet 97% of Electrical Engineering courses listed here.

 

These are the list of Electrical Engineering Courses

  1. Advanced Mathematics
  2. Application of Semiconductor Devices in Power Systems
  3. Applied Electronic Systems
  4. Applied Mechanics
  5. Basic Concepts and Theories of Peace and Conflict
  6. Basic Principles of Chemistry
  7. Basic Principles of Organic Chemistry
  8. Basic Principles of Physical Chemistry
  9. Circuit Theory
  10. Communication Principles
  11. Communications and Fields Laboratory
  12. Computational Methods
  13. Computer Software and Applications
  14. Control Logic Circuit Design
  15. Control Systems Engineering
  16. Digital Signal Processing
  17. Discrete Control Systems
  18. Electric Motor Drives
  19. Electric Power System Analysis, Planning and Protection
  20. Electric Power Systems Principles
  21. Electrical Drives Laboratory
  22. Electrical Machines Laboratory
  23. Electrical Power Systems Laboratory
  24. Electrical Services Design, Reliability and Maintainability
  25. Electromagnetic Fields and Waves
  26. Elementary Mathematics
  27. Engineering Analysis
  28. Engineering Computer Programming Laboratory
  29. Engineering Drawing
  30. Fluid Mechanics Laboratory
  31. Fundamentals of Physics
  32. General Physics for Physical Sciences
  33. Introduction to Optimal Control
  34. Materials Science
  35. Measurement and Applied Electronics Laboratory
  36. Measurement and Instrumentation
  37. Physical Electronics Laboratory
  38. Power Semiconductor Devices and Circuits
  39. Power System Distribution
  40. Power System Optimization
  41. Power Systems Communication and Control
  42. Renewable and New Energy Systems
  43. Statistics for Physical Sciences and Engineering
  44. Strength of Materials Laboratory
  45. Switchgear and High Voltage Engineering
  46. Thermodynamics
  47. Workshop Technology

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