Can’t decide between BS EE vs BS CPE?
I am torn between these similar degrees. I want to work in chip design for computers, ideally for a large cutting edge company like intel, amd, nvidia, etc.
Here are mutually required courses that I will take either way:
CPE 112 – Introduction to Computer Programming in Engineering
CPE 212 – Fundamentals of Software Engineering
CPE 323 – Introduction to Embedded Computer Systems
EE 100 – Fundamentals of Computer, Electrical and Optical Engineering
EE 202 – Introduction to Digital Logic Design
EE 213 – Electrical Circuit Analysis I
EE 310 – Solid State Fundamentals
EE 315 – Introduction to Electronic Analysis and Design
EE 420 – Random Signals and Noise
These courses are required for CPE:
CS 214 – Introduction to Discrete Structures
CS 317 – Introduction to Design and Analysis of Algorithms
CPE 353 – Software Design and Engineering
CPE 321 – Computer Organization
CPE 422 – Advanced Logic Design
CPE 381 – Fundamentals of Signals and Systems for Computer Engineers
CPE 431 – Introduction to Computer Architecture
CPE 434 – Operating Systems
CPE 448 – Introduction to Computer Networks
And these are required for EE:
PH 113 – Physics III(wave motion, optics, relativity, quantum effects)
EE 307 – Electricity and Magnetism
EE 313 – Electrical Circuit Analysis II
EE 382 – Analytical Methods for Continuous Time Systems
EE 383 – Analytical Methods for Multivariable and Discrete Time Systems
EE 425 – Introduction to Control and Robotic Systems
EE 447 – Electromagnetic Engineering
EE allows for 5 electives while CPE only allows for 2, so If I did EE I could still take several of the extra software courses.
What do you guys think? Which degree/course work seems more appropriate for someone who wants to work with hardware, but specifically with something like microprocessors? Course descriptions can be looked up by searching the course number on this catalog: http://catalog.uah.edu/
Thanks anyone for your time
No, I don’t mean work with hardware like program it, I want to do hardware design.
Tagged with: advanced logic design • continuous time systems • degree course work • digital logic design • discrete structures • discrete time systems • edge company • electrical circuit analysis • electricity and magnetism • electromagnetic engineering • electronic analysis • fundamentals of software engineering • intel amd • introduction to computer architecture • introduction to design • introduction to digital logic design • quantum effects • random signals • signals and systems • software courses
Filed under: Electronic Circuit Software
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Well my answer may help a little bit, but not entirely. This is because the two career areas often share many similar opportunities and relevant course material.
(Some engineers move from one field to the other)
1. Please clarify, do you want to "work with hardware ICs", etc., or do you want to actually work on semiconductor fabrication, SOC, ASIC design, etc?
I expect you will probably want to pursue a Masters in EE with a specialty in semiconductor design if the answer is the latter.
If your answer is the former (work with hardware), then personally I would choose CPE, *GIVEN THE INFORMATION YOU HAVE PROVIDED ME*.
Reasoning:
Personally I graduated with a BS in EE with the EE courses, and after deciding embedded systems design is what I desire, I had to, on my own free time, learn:
-Programming for embedded sys. (C, now learning C++)
-Hardware design (some analog, mostly digital, digital logic, and CAD PCB design)
-Real Time Operating Systems (RTOS)
-FPGA design: VHDL/Verilog
So you can see an example: had I chosen CPE courses, if available, I would have been far better prepared already as opposed to graduating with a ‘generic’ EE degree, which was not more specialized.
If you are pursuing ASIC/semiconductor IC design, perhaps someone else can comment on that.