How can I combine my love for physics with a career in renewable energy?

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SUMMARY

The discussion centers on the intersection of physics and renewable energy careers, particularly for a third-year environmental engineering student. The individual expresses a strong interest in physics, especially in dynamics, fluid mechanics, and computational methods, while seeking a career that emphasizes applied projects over theoretical research. Key areas of interest include mechanical engineering, materials science, and applied physics, with a focus on innovative technologies in renewable energy such as ocean and wind energy, which leverage fluid mechanics principles.

PREREQUISITES
  • Understanding of fluid mechanics principles
  • Familiarity with computational methods in engineering
  • Knowledge of renewable energy technologies
  • Basic concepts of materials science
NEXT STEPS
  • Research career paths in mechanical engineering focused on renewable energy technologies
  • Explore advanced studies in materials science related to solar technology
  • Investigate applied physics programs that emphasize practical applications in energy
  • Learn about the role of fluid mechanics in ocean and wind energy systems
USEFUL FOR

This discussion is beneficial for environmental engineering students, aspiring mechanical engineers, and anyone interested in integrating physics with renewable energy solutions.

maxBrunsfeld
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i'm in my third year studying environmental engineering and I'm trying to decide what to do for grad school. my favorite subject is physics by far; I've really enjoyed my courses in dynamics, fluid mechanics, E & M, and statistical mechanics, which I'm taking as an elective. i also really liked my computational methods classes. I've considered switching my major to pure physics, but i have a strong desire to work on applied projects, rather than doing theoretical research. also, job security is pretty important to me.

i'd like to go into something involving renewable energy, but I'm not sure what aspect. I've heard that mechanical engineers are often involved in power production in a number of ways, and also that a lot of advances in solar technology come from materials science.

i like the sound of materials science because i would get to learn a lot more physics. but i get the sense (i may be completely mistaken) that most advances in that field come from experiment, and I'm not interested in doing precise lab work with chemicals and such. I'm more interested in doing calculations, simulations and design.

it seems like a lot of interesting physics is involved in mechanical engineering too, but I'm not sure if I would get to work on any truly innovative renewable energy technologies as a mechanical engineer. this may also be completely wrong. I've also thought about other degrees like applied physics or engineering physics or engineering mechanics, but i don't know much about what the differences between these are.

do you guys have any advice about how to job in the renewable energy field that involves interesting physics?
 
Last edited:
Physics news on Phys.org
Ocean and wind energy involve a lot of fluid mechanics which is well within the scope of ME.
 

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