What graduate applied physics or engineering physics programs?

In summary, the conversation discusses the individual's plans to graduate with a B.S. in physics in December and their search for graduate programs in applied physics, engineering physics, or electrical engineering. Some potential programs mentioned include SUNY Buffalo, U of Rochester, and Cornell, along with other recommendations in the Northeast such as University of Massachusetts, Rensselaer Polytechnic Institute, and Stevens Institute of Technology. The individual is looking for a program that will prepare them for a job in the industry.
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Phyisab****
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I will be graduating in December with a B.S. in physics, GPA about 3.6 in major. What schools in the U.S. (preferably Northeast) would you guys recommend for applied physics or engineering physics programs? Also possible are EE programs which are friendly to physics undergrads, which seem to be M.S. EE and not M.Eng. I am looking for a masters degree which would prepare me for an industry type job.

Currently I'm looking at SUNY Buffalo (M.S. EE), U of Rochester (M.S. Optics), and optimistically Cornell (M.S. Applied Physics). Any other suggestions?
 
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  • #2
Some other good programs in the Northeast to consider include:-University of Massachusetts, Amherst (M.S. Engineering Physics)-Rensselaer Polytechnic Institute (M.S. Engineering Physics)-Stevens Institute of Technology (M.S. Applied Physics)-University of Connecticut (M.S. Electrical Engineering) -University of Delaware (M.S. Electrical and Computer Engineering) -University of New Hampshire (M.S. Electrical Engineering) -University of Maryland, College Park (M.S. Electrical Engineering) -New Jersey Institute of Technology (M.S. Electrical Engineering) -Drexel University (M.S. Electrical Engineering) -Villanova University (M.S. Electrical Engineering).Good luck!
 

1. What is the difference between applied physics and engineering physics?

Applied physics focuses on using fundamental principles of physics to solve practical problems in various industries, such as electronics, materials science, and energy. On the other hand, engineering physics is a combination of physics and engineering, with a focus on developing and applying new technologies in fields like aerospace, nanotechnology, and renewable energy.

2. What are the typical admissions requirements for graduate applied physics or engineering physics programs?

The specific requirements may vary between programs, but most graduate schools will require applicants to have a bachelor's degree in a related field, such as physics, engineering, or mathematics. They may also require a minimum GPA, GRE scores, letters of recommendation, and a statement of purpose.

3. What kind of research opportunities are available in graduate applied physics or engineering physics programs?

Both applied physics and engineering physics programs offer a wide range of research opportunities, depending on the specific focus of the program. Some common research areas in these fields include nanotechnology, renewable energy, materials science, and biophysics. Many programs also offer the opportunity to work with faculty on cutting-edge research projects.

4. What career options are available for graduates with a degree in applied physics or engineering physics?

Graduates of these programs can pursue careers in various industries, such as aerospace, electronics, renewable energy, and materials science. They may work as research scientists, engineers, consultants, or educators. Additionally, many graduates go on to pursue further education, such as a PhD, to advance their career opportunities.

5. Are there any specialized tracks or concentrations within graduate applied physics or engineering physics programs?

Some graduate programs may offer specialized tracks or concentrations within their applied physics or engineering physics programs. These may include areas such as optics, solid-state physics, or computational physics. Students may have the opportunity to choose a track or concentration that aligns with their research interests and career goals.

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