Graduate school for Materials Engineering? (Electrochemical?)

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SUMMARY

The discussion centers on the decision-making process for pursuing a graduate degree in Materials Science and Engineering (MSE) with a focus on electrochemical technologies such as fuel cells and batteries. The individual, originally a Chemical Engineering major, switched to Chemistry but prefers dry-lab environments over wet-lab settings. They seek guidance on whether to pursue a Master of Science (M.S.) or a Master of Engineering (M.Eng.) degree, or if a PhD is necessary for their career aspirations. Recommendations suggest that an M.S. degree aligns best with their goals, particularly at institutions like the University of Florida, which has a robust MSE program.

PREREQUISITES
  • Understanding of Electrochemical technologies (Fuel Cells, Batteries, Solar Cells)
  • Familiarity with Materials Science and Engineering principles
  • Knowledge of graduate program structures (M.S. vs M.Eng. vs PhD)
  • Awareness of laboratory environments (wet-lab vs dry-lab)
NEXT STEPS
  • Research graduate programs in Materials Science and Engineering, focusing on electrochemical applications
  • Explore the differences between Master of Science and Master of Engineering degrees
  • Investigate potential PhD programs if considering a research-oriented career path
  • Connect with professionals in the electrochemical technology field for insights and networking
USEFUL FOR

Students and professionals interested in pursuing a career in electrochemical technologies, particularly those looking to specialize in Materials Science and Engineering without a focus on wet-lab environments.

Rynz
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Hello, I need some help trying to decide my future degree. Any comments would be appreciated!

My History:
I want to dedicate my career innovating Electrochemical technologies (Fuel Cells, Batteries, Solar Cells, etc...).
Before entering college, I originally applied as a "Chemical Engineering major (B.S.)" but later found out chemical engineers are more associated with learning about Process Control/Operation and "Materials Science & Engineering (B.S.)" is a more relevant major for working with electrochemical technologies. However, my institution does not offer this major, and I switched to "Chemistry major (B.S.)" thinking that chemistry is probably the next most relevant.

Current Problem:
Fast forward 4 years. I am going to take my GRE and apply for graduate schools soon in the Fall. As a chemistry major and from all the internships I have done, I realize i do not like to work in a wet-lab (goggles, lab coats, gloves) environment but enjoy dry-lab (just goggles) very much.
At the same time, I still want to work with electrochemical technologies because I want to develop or lead a team to develop electrochemical technologies that may one day solve all our energy needs <-- (at least that is the dream!). Also, is it possible to achieve such an endeavor without working in a wet-lab environment? (I do not want to work in a wet-lab environment due to the hazards and dangers that it poses. I have known colleagues who have been injured by the negligence of others.)

Right now, I do not know what type of graduate programs to apply to. I know I will be applying for an advanced "Materials Science/Engineering" degree since it is the most relevant to my dream career work.

Should I apply to a Masters of Science program or a Masters of Engineering program? or Do I need a PhD for my dream career goals?
(I want to focus more on engineering/technical work than research.)

Any suggestions? Thank you for reading my concerns by the way!
 
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Rynz said:
Should I apply to a Masters of Science program or a Masters of Engineering program? or Do I need a PhD for my dream career goals?
(I want to focus more on engineering/technical work than research.)

M. S. sounds like the choice you are looking for...
University of Florida has a very large MSE department and some profs work in your field of interest. All the best!
 

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