Computer/Electrical Engineering?

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  • Thread starter musiclover55
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In summary: I was a full-time student again and it wasn't too hard.If you get an associates it's not going to buy you a whole lot IMHO. No engineering firm will hire you with a associates for engineering work, but they might for a technician job. But with a real desire to learn I think you should still be able to score a technician job if you show that you have 2 years of school behind you - regardless of having a AS degree.I really wouldn't take a year or two off - you'll lose too much knowledge in those two years. Also the step from CC to University can be quite a leap for some (myself, included) and it is best to keep pushing
  • #1
musiclover55
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I know there are probably a lot of threads about this, but I want one for my specific situation.

My CC only has A.S. degrees (for computers anyway) for Computer Information Systems, Computer Science, Information Technology, and Pre-Engineering.

Right now I think I want to major in Computer engineering or electrical engineering when I transfer.

Which A.S. degree do you recommend I take so that I can have the credits I need to transfer and be prepared for the major when I do? I would think pre-engineering but I might want to take a year or two off after my A.S. to work and what in the world could I do with a A.S. in pre-engineering?

Thanks in advance!

Here are some links to the programs if you're interested:
http://ccga.edu/Catalog/2012/program...mMajorCode=658
http://ccga.edu/Catalog/2012/program...mMajorCode=659
http://ccga.edu/Catalog/2012/program...mMajorCode=672
http://ccga.edu/Catalog/2012/program...mMajorCode=681
 
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  • #2
musiclover55 said:
I know there are probably a lot of threads about this, but I want one for my specific situation.

My CC only has A.S. degrees (for computers anyway) for Computer Information Systems, Computer Science, Information Technology, and Pre-Engineering.

Right now I think I want to major in Computer engineering or electrical engineering when I transfer.

Which A.S. degree do you recommend I take so that I can have the credits I need to transfer and be prepared for the major when I do? I would think pre-engineering but I might want to take a year or two off after my A.S. to work and what in the world could I do with a A.S. in pre-engineering?

Thanks in advance!

Here are some links to the programs if you're interested:
http://ccga.edu/Catalog/2012/program...mMajorCode=658
http://ccga.edu/Catalog/2012/program...mMajorCode=659
http://ccga.edu/Catalog/2012/program...mMajorCode=672
http://ccga.edu/Catalog/2012/program...mMajorCode=681

I couldn't view any of the course programs... the browser said "file not found".

I think it's pretty tough to get a technician job these days. A lot of that type of work is overseas now. There are jobs in electronics that require a two-year degree but they are rare.
 
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  • #3
Hmm sorry about that. These should work.

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=672

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=681

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=659

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=658
 
  • #4
musiclover55 said:
Hmm sorry about that. These should work.

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=672

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=681

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=659

http://ccga.edu/Catalog/2012/programview.asp?mMajorCode=658

I looked at the pre-majors (I used to be an instructor at an ITT campus so I know a bit about AS and BET degrees.

Anyway, if you want to have the most flexibility when you transfer I strongly recommend "Pre-Engineering" 681. The others don't include Differential Equations which is a bedrock course for Electrical Engineering. If I were you, I would go for 681 and be sure to take as many Computer Science courses as well. If you do well you should be able to transfer to Georgia Tech which is a world-class Engineering school. Good luck!
 
  • #5
I know when I went to CC for EE that I just took the required courses for the school I was going to transfer to. You can end up taking a lot of unneeded music classes and junk like that if you go for a AS in a community college. I'd go get the course flowchart from the University that you plan on attending and take as many of those classes as you can at the CC level. Most of the first two years are wasted time anyway - I had to take Texas history - while interesting - I can't remember anything about the class nor was it valuable to my career.

If you get an associates it's not going to buy you a whole lot IMHO. No engineering firm will hire you with a associates for engineering work, but they might for a technician job. But with a real desire to learn I think you should still be able to score a technician job if you show that you have 2 years of school behind you - regardless of having a AS degree.

I really wouldn't take a year or two off - you'll lose too much knowledge in those two years. Also the step from CC to University can be quite a leap for some (myself, included) and it is best to keep pushing through. I did take two years off to pursue an audio engineering career. Once I discovered that I couldn't feed my wife and myself on $30/week, I went back to EE and had to take some classes over (Calculus).
 
  • #6
I've never understood why people at community colleges who are planning to transfer get AA or AS degrees. It doesn't help you get in, and as stated above you may need to take nontransferable or "useless" classes. Personally, I'm just taking classes that I know will transfer and that will satisfy distribution requirements for my future school.
 

FAQ: Computer/Electrical Engineering?

What is the difference between computer engineering and electrical engineering?

Computer engineering focuses on the design and development of computer systems and their components, such as hardware and software. Electrical engineering, on the other hand, deals with the study and application of electricity, electronics, and electromagnetism. While there is some overlap between the two fields, computer engineering is more specialized in the design and development of computing systems, while electrical engineering covers a broader range of topics, including power systems, communications, and signal processing.

What skills are necessary for a career in computer/electrical engineering?

Some key skills for computer/electrical engineering include strong analytical and problem-solving abilities, excellent math skills, attention to detail, and the ability to think critically. Additionally, proficiency in programming languages, knowledge of electrical systems and circuits, and familiarity with computer hardware and software are also important for success in this field.

What type of jobs are available for computer/electrical engineers?

Computer and electrical engineers can work in a variety of industries, including technology, telecommunications, healthcare, aerospace, and more. Some common job titles in these fields include software engineer, hardware engineer, systems engineer, network engineer, and electrical design engineer.

What is the future outlook for computer/electrical engineering careers?

The demand for computer and electrical engineers is expected to continue growing in the coming years, with the development of new technologies and increased reliance on computer systems. According to the Bureau of Labor Statistics, employment for computer hardware engineers is projected to grow 2% from 2019 to 2029, while employment for electrical engineers is projected to grow 5% in the same time period.

What are some current developments or trends in computer/electrical engineering?

Some current trends in computer and electrical engineering include the rise of artificial intelligence and machine learning, the growth of the Internet of Things and connected devices, and the development of renewable energy technologies. There is also a focus on improving cybersecurity measures and creating more efficient and sustainable energy systems. Additionally, there is a growing demand for engineers with expertise in data science and big data analytics.

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