Scientific Computing / Simulation and Modeling Degrees?

[MathWarrior]

I just was wondering if anyone here has pursued a degree in scientific computing / high performance computing / computational simulation and modeling, type of degree. For example Georgia Tech's Computational Science and Engineering degree or Computational and Mathematical Engineering degree, or something like a Masters of Engineering in Simulation and Modeling? What did you end up doing? What job markets they'd be best suited for?

 

[MathWarrior]

- bump -

Also

Computational and Mathematical Engineering degree should of been:
Stanford's Computational and Mathematical Engineering degree

 

[hadsed]

I am wondering about this too (and I was specifically looking at GT's program). I'd be interested in knowing if these people would be suited for any jobs that actually require some science or engineering to them.

I can imagine that Wall St. wouldn't mind at all to hire these people. Oil and defense probably also? Maybe if you had a concentration in fluids or aerospace engineering, you could do software at an aerospace firm? Perhaps biotech might find these people useful as well. I wonder if their versatility helps them in getting jobs (my guess is that it would). These are all guesses really. Then of course, there's always your typical software engineering job as a fallback.

 

[kylem]

This is a good one:

http://www.ices.utexas.edu/

There are also a lot of programs that give you a specialization in computational science, such as:

http://www.cse.illinois.edu/
http://csme.ucsd.edu/
http://www.cse.ucsb.edu/

 

[Matrix0]

Yes, I have pursued a degree in scientific computing and simulation and modeling. I have a Masters in Computational Science and Engineering from Georgia Tech and have worked in the field for several years now. I chose this degree because I have always been interested in using computer simulations to solve complex scientific problems.

There are many job markets that are well-suited for individuals with degrees in scientific computing and simulation and modeling. Some common industries include aerospace, biotechnology, energy, finance, and healthcare. These industries often require complex simulations and models to solve problems and make informed decisions.

Individuals with degrees in this field can work as computational scientists, data analysts, software developers, or simulation engineers, among others. They can also work in research and development roles, using simulations to advance scientific knowledge and develop new technologies.

In my experience, the job market for individuals with degrees in scientific computing and simulation and modeling is growing rapidly. With the increasing use of big data and the need for more accurate and efficient simulations, there is a high demand for skilled professionals in this field.

I hope this information helps in your decision-making process. Pursuing a degree in scientific computing and simulation and modeling can lead to a rewarding and exciting career in various industries.