Jobs / Employability with Chemistry / Physics degree?

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Discussion Overview

The discussion revolves around the employability and job prospects for graduates with degrees in chemistry, physics, or related fields, particularly in the context of cutting-edge technology research such as graphene, carbon-based nanotechnology, and polymer battery technologies. Participants explore the suitability of these degrees for careers in material science and industry.

Discussion Character

  • Debate/contested
  • Exploratory

Main Points Raised

  • One participant expresses interest in the job outlook for chemistry and physics degrees, particularly in relation to advanced technology research.
  • Another participant notes that both chemistry and physics are relevant to material science and shares personal experience working in a material science lab with individuals from both disciplines.
  • Concerns are raised about the difficulty of securing professor or researcher positions in these fields, suggesting that technical jobs in industry may be more attainable with a PhD.
  • Some participants recommend pursuing an engineering degree instead, highlighting electrical, materials, or chemical engineering as potentially more beneficial for entering the job market.
  • One participant mentions a lack of materials science or engineering courses at their desired university, expressing disinterest in chemical engineering due to its focus on mechanical engineering and business modules.

Areas of Agreement / Disagreement

Participants generally agree that while chemistry and physics are relevant to material science, pursuing an engineering degree may provide better job prospects. However, there is no consensus on the best path forward, as individual preferences and university offerings vary.

Contextual Notes

Participants express uncertainty regarding the job market and the specific requirements for entering cutting-edge technology research fields. The discussion reflects varying opinions on the value of different degrees and the relevance of specific courses offered at universities.

Who May Find This Useful

Individuals considering degrees in chemistry, physics, or engineering, as well as those interested in careers in material science and technology research.

trollcast
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I'm just wondering about the above 2 degrees (or possibly physics and something like applied mathematics or computer science as a double honours) and what sort of outlook there is for jobs and variety of jobs out there.

I'm interested in the areas of science that are working to produce new technologies such as graphene and carbon based nano-tech or new polymer battery technologies etc. Which of those 2 degrees would be most suitable for these sorts of cutting edge technology research jobs and more importantly are those jobs attainable or a really low chance of success?

Thanks
 
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Both chemistry and physics are very much involved in material science. I worked in a material science lab during gradschool and we had students and post-docs with physics and chemistry degrees/majors.

Jobs in physics and chemistry can be hard to get. Specifically, getting a professor/researcher job is very, very hard to get. But with a PhD in physics or chemistry you can certainly compete for technical jobs in industry. If you don't want to do graduate school and get a PhD then you should major in a type of engineering and try to do an internship with a potential employer.
 
You'd be much better off in an engineering program, either electrical, materials or chemical, depending on the school and what research they do.
 
carlgrace said:
You'd be much better off in an engineering program, either electrical, materials or chemical, depending on the school and what research they do.

there's no materials science / engineering course at the university I wish to attend, there's a module or 2 on materials science and solid state physics in the physics course though.

I'm not really interested in the chemical engineering course as there's a load of mechanical engineering modules and business / management modules that I'm not really that interested in.
 

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