Graduate school for Materials Engineering? (Electrochemical?)

In summary, the person is seeking advice on which degree to pursue in order to work with electrochemical technologies in the future. They initially applied for a Chemical Engineering major but switched to Chemistry due to the lack of a relevant major at their institution. They now realize they prefer dry-lab work and want to focus on engineering/technical work rather than research. They are unsure if they should pursue a Masters of Science or Masters of Engineering, or if a PhD is necessary for their dream career goals. They have received a suggestion for the University of Florida's Materials Science and Engineering department.
  • #1
Rynz
1
0
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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  • #2
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!
 

1. What is materials engineering?

Materials engineering is a branch of engineering that focuses on the development, processing, and testing of materials used in various industries. This includes metals, ceramics, polymers, and composites.

2. What are the job opportunities for materials engineering graduates?

Graduates with a degree in materials engineering have a wide range of job opportunities in industries such as aerospace, automotive, electronics, and biomedical. They can work as materials engineers, research scientists, quality control specialists, or product development engineers.

3. Why should I pursue a graduate degree in materials engineering?

A graduate degree in materials engineering can provide you with advanced knowledge and skills in this field, making you more competitive and marketable in the job market. It also opens up opportunities for higher-paying positions and leadership roles.

4. What is the focus of graduate studies in materials engineering?

Graduate studies in materials engineering focus on areas such as materials characterization, processing techniques, materials selection, and properties of materials. You may also have the opportunity to specialize in a specific area, such as electrochemical materials engineering.

5. What is the application process for graduate school in materials engineering?

The application process for graduate school in materials engineering typically involves submitting transcripts, letters of recommendation, a personal statement, and taking the GRE exam. Some schools may also require a research proposal or interview as part of the application process.

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