- #1
sandy.bridge
- 798
- 1
Hello all,
My question pertains to specializing within an EE degree. At my school we have to specialize in 2 out of 3 options, which include Sensors, Circuits and Devices, Digital Signal Processing and Applications, and Power and Energy. I have for sure decided on Power and Energy, however, I am undecided with my second choice. Personally, I prefer the courses offered with Sensors, Circuits and Devices, however, everything these days seems to be going digital! What are your thoughts on the subject? Would I be a fool to avoid Digital Signal Processing? Thanks for your opinions!
Some courses offered in each are,
Sensors, Circuits and Devices: Electricity Magnetism and Fields, Advanced Analog Electronics and Instrumentation, Microwave and RF Circuits, Electronic Devices (solid state physics), Introduction to Micro and Nanotechnology, Optoelectronics and Photonics.
Digital Signal Processsing: Digital Signal Processing I, Logic Design Using FPGAs, Algorithms and Circuits with Finite Precision Arithmetics, Digital Communication, Digital Signal Processing, Design of a DSP System.
I know these are just names, and some of them are rather vague, but it kind of gives you an idea of the types of classes within each.
My question pertains to specializing within an EE degree. At my school we have to specialize in 2 out of 3 options, which include Sensors, Circuits and Devices, Digital Signal Processing and Applications, and Power and Energy. I have for sure decided on Power and Energy, however, I am undecided with my second choice. Personally, I prefer the courses offered with Sensors, Circuits and Devices, however, everything these days seems to be going digital! What are your thoughts on the subject? Would I be a fool to avoid Digital Signal Processing? Thanks for your opinions!
Some courses offered in each are,
Sensors, Circuits and Devices: Electricity Magnetism and Fields, Advanced Analog Electronics and Instrumentation, Microwave and RF Circuits, Electronic Devices (solid state physics), Introduction to Micro and Nanotechnology, Optoelectronics and Photonics.
Digital Signal Processsing: Digital Signal Processing I, Logic Design Using FPGAs, Algorithms and Circuits with Finite Precision Arithmetics, Digital Communication, Digital Signal Processing, Design of a DSP System.
I know these are just names, and some of them are rather vague, but it kind of gives you an idea of the types of classes within each.
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