By no means a comprehensive list, basically off the top of my head:
You will often find one way or another and with different names, broken down or grouped together:
- Lots of Math (calculus, linear algebra, differential equations, discrete math (difference equations, numerical methods)).
- Statistics
- Lots of Physics (classic/newtonian, optics, quantum & semiconductor physics)
- Chemistry (especially organic chemistry).
- Mechanical machines (gears, motors, generators, etc).
- Technical drawing.
- Programming (operating systems, algorithms, assembly language, c language)
- Communication Systems
- Digital Systems
- Electromagnetic Theory
- Electrical Circuits (RLC circuits, transformers, two-port circuits, etc)
- Electronic Circuits (diodes, transistors, op-amps, oscillators, power supplies, transmission lines, etc).
- Microelectronics
- Microprocessors
- Automatic Control Systems.
- Power Systems
- Networks
- Instrumentation
- Digital signal processing.
Many of the above with their respective laboratories.
Some elective courses are:
Robotics, neural networks, fpga design, VLSI, VHDL, digital image processing, non-linear control, among many, many others, depending on the school.
You may also find sprinkled some courses that are not exactly engineering but are part of your formation as a professional, such as economics, project management, etc.
manpreet![Tuteehub forum best answer]()
Best Answer
2 years ago
Can anyone provide me some example link that points what is studied in electrical engineering major at undergraduate level?
Also, how is graduate one different from undergraduate one?
Note: I'm asking this question because I'm not engineering major.