Chemical Engineering Specializations

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When considering a Master's degree in fields related to chemical engineering, key options include Process Systems Engineering, Advanced Chemical Engineering, Materials Science, Nanotechnology, Biotech/Bioprocess Engineering, Catalysis, Chemistry, and Nuclear Engineering. The discussion highlights the importance of aligning the chosen field with career goals, whether in industry or academia. Process Systems Engineering and Materials Science are noted as particularly valuable for enhancing job prospects, while Advanced Chemical Engineering is beneficial if focused on established areas. Biotech and Nanotechnology are emerging fields with potential, though their economic viability is still developing. The conversation emphasizes that a Bachelor's degree can open doors, but further specialization through a Master's may enhance expertise and career opportunities.
TheCatalyst
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I am planning on doing a Masters degree, and my current options are:

Process Systems Engineering, Advanced Chemical Engineering, Materials Science, Nanotech, Biotech/Bioprocess Engineering, Catalysis, Chemistry or Nuclear Engineering (Very unlikely).

So I am wondering...

If I am not yet sure if i want to keep working in industry or to go pursue a Phd, and then eventually get into research.

Which of them are the most useful?
Which could lead to more and better opportunities?
Are there some other better options for a Chemical Engineer?

I find all of them very interesting, and I can not decide...
 
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I'm working on my undergrad for chemical engineering/materials science and engineering, and working on a specialty in nano/molecular engineering. I am equally interested in polymers, catalysts, and therapeutic drugs.

I took a leadership seminar featuring alumni who had found successful careers, but almost all of them ended with the BSchE. I don't know if that has any significance to you, but it is implied that bachelor's opens the doorway, and if you want to increase your expertise, to return later and specialize.

Aside from that, the best prospects on your list are (in order):
Process systems E, Materials science (complements the chemical concepts very nicely), and advanced chem E (better if focused in a proven field). More novel are biotech/bioprocess which is still on the horizon as far as economic viability, and similarly nanotech (but is a very promising field from what I've experienced).
 
Hi all, Hope you are doing well. I'm a current grad student in applied geophysics and will finish my PhD in about 2 years (previously did a HBSc in Physics, did research in exp. quantum optics). I chose my current field because of its practicality and its clear connection to industry, not out of passion (a clear mistake). I notice that a lot of people (colleagues) switch to different subfields of physics once they graduate and enter post docs. But 95% of these cases fall into either of...

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