Chemical engineering with a phyisics dgree?

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SUMMARY

A bachelor's degree in physics with a minor in chemistry does not qualify an individual for a job as a chemical engineer. Chemical engineering requires specific coursework in engineering thermodynamics, reactor design, and transport phenomena, which are not covered in a typical physics curriculum. The distinction between engineering thermodynamics and the thermodynamics taught in chemistry is significant, as the latter focuses more on theoretical proofs rather than practical applications essential for engineering practice.

PREREQUISITES
  • Understanding of engineering thermodynamics
  • Knowledge of reactor design principles
  • Familiarity with transport phenomena (mass, heat, momentum transport)
  • Awareness of industry-specific software used in chemical engineering
NEXT STEPS
  • Research the curriculum requirements for an accredited chemical engineering degree
  • Explore the differences between engineering thermodynamics and chemistry thermodynamics
  • Investigate the role of software tools in chemical engineering applications
  • Consider graduate programs in chemical engineering for those with a physics background
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Students considering a career in chemical engineering, physics majors exploring interdisciplinary opportunities, and academic advisors guiding students in engineering and physical sciences.

JFrankParnell
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Chemical engineering with a physics degree?

I'm currently in college and have decided to major in physics with a minor in chemistry. Can this type of bachelor's degree get me a job as a chemical engineer? Before anyone asks, I don't want to get a degree in chemical engineering because I might want to pursue graduate-level physics someday (specifically theoretical or nuclear physics) so I'd like to keep my options open in that regard.

TIA for any information anyone can give me.
 
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Unfortunately, it would be highly unlikely that you can get a job as a chemical engineer.

You'll have to understand that engineering curriculums cover foundations of what practicing the profession involves, and in the case of chemical engineering, there are special courses that are very different than how they are treated in chemistry and physics.

For instance, ChemE would cover reactor designs, transport phenomena (mass, heat, momentum transport), thermodynamics of open systems, etc.

In chemistry thermodynamics and thermal physics courses, you do cover more fundamental topics, but you will not spend much on open systems. Furthermore, in my experience, thermal physics and chemistry thermodynamics is very different than engineering thermodynamics; in the sciences, a lot of it at the undergraduate level, will cover a lot of proofs of the physical laws, and less rigorous emphasis on application problems, which is what's important when practicing chemical engineering.

In short, chemical engineering: (engineering) thermodynamics, reactor design, transport phenomena, software used in industry. Although they may have been founded in physics and chemistry, an additional layer of abstraction is added to prepare for a practicing chemical engineer profession.
 

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