Maximizing Job Potential: Computational Mathematics vs. Microelectronics

In summary: The biggest thing you can do is to get as much hands-on experience as possible. There are a lot of companies that offer internships, and it's a great way to get a feel for the industry. Also, make sure to go to trade shows and meet with companies in person. The biggest thing you can do is to get as much hands-on experience as possible. There are a lot of companies that offer internships, and it's a great way to get a feel for the industry. Also, make sure to go to trade shows and meet with companies in person.
  • #1
EternityMech
95
0
Computational Mathematics (System optimization)

or Microelectronics?
 
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  • #2
It will probably be easier to get a job in Microelectronics (Assuming you have at least an MS).

But really, those field are quite different. You'll do better being outstanding at a field you are passionate about than you will choosing a field solely on marketability.

I work in Microelectronics, by the way.
 
  • #3
carlgrace said:
It will probably be easier to get a job in Microelectronics (Assuming you have at least an MS).

But really, those field are quite different. You'll do better being outstanding at a field you are passionate about than you will choosing a field solely on marketability.

I work in Microelectronics, by the way.

thats awesome, is there a shortage of people in microelectronics?
 
  • #4
EternityMech said:
thats awesome, is there a shortage of people in microelectronics?

Sometimes (like right now). Then in a few years there will be a glut. The industry is brutal. But if you're really good, there are opportunities.

But again, go after your passions, while keeping an eye on marketability. If you love circuits, great, because the best workers in microelectronics love the job.
 
  • #5
carlgrace said:
Sometimes (like right now). Then in a few years there will be a glut. The industry is brutal. But if you're really good, there are opportunities.

But again, go after your passions, while keeping an eye on marketability. If you love circuits, great, because the best workers in microelectronics love the job.

i would love to work for a company like AMD work on GPUs any tips on what branch within ME i should take? and thank you so much for giving me tips.
 
  • #6
To work at a place like AMD you'll need to study a lot of digital systems and computer architecture. Make sure you learn a hardware description language such as Verilog or VHDL (preferably both). Also, take as much analog circuits courses as possible. More and more the serial communications between processors and the power management of the processors are limiting advances, and those are both analog problems.
 
  • #7
carlgrace said:
To work at a place like AMD you'll need to study a lot of digital systems and computer architecture. Make sure you learn a hardware description language such as Verilog or VHDL (preferably both). Also, take as much analog circuits courses as possible. More and more the serial communications between processors and the power management of the processors are limiting advances, and those are both analog problems.

thanks for the invaluable information.
 
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What is Computational Mathematics and Microelectronics?

Computational Mathematics is a branch of mathematics that uses computer algorithms and software to solve complex mathematical problems. Microelectronics is a branch of electrical engineering that deals with the design and development of small-scale electronic devices and components.

What are the career opportunities for individuals with a background in Computational Mathematics?

Some career opportunities for individuals with a background in Computational Mathematics include data scientist, quantitative analyst, financial analyst, and software engineer.

What are the career opportunities for individuals with a background in Microelectronics?

Some career opportunities for individuals with a background in Microelectronics include circuit design engineer, semiconductor process engineer, hardware engineer, and electronics technician.

Which field, Computational Mathematics or Microelectronics, has better job prospects?

Both fields have strong job prospects, as they are both in high demand in industries such as technology, finance, and healthcare. However, the job market for individuals with a background in Computational Mathematics may be slightly larger due to the increasing need for data analysis and software development in various industries.

Can one have a career in both Computational Mathematics and Microelectronics?

Yes, it is possible to have a career that combines both fields. For example, one can work as a data scientist in a technology company that specializes in microelectronics, or as a software engineer developing algorithms for microelectronic devices. Having a background in both fields can provide a diverse range of career opportunities.

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