Applied Physics (M.S.)
The Physics Department offers the MS degree in Applied Physics. The program is flexible enough to accommodate students planning on continuing graduate studies in applied physics, physics, or an
interdisciplinary field, as well as students intending to enter the work force.
Please check WebSTAR for the most accurate information regarding courses.
Targeted and Traditional Emphasis
Entering students can to choose to follow a targeted applied physics emphasis or a traditional applied physics emphasis for their degree. Students who choose a targeted emphasis are those preparing for a career which targets specific areas of applied physics such as:
- Materials Science
How to Apply
Students may also work in interdisciplinary areas. This emphasis selection provides excellent preparation for interdisciplinary doctoral studies. Entering students choosing this emphasis are not necessarily expected to have completed all the courses that an undergraduate physics major takes, but they should have a good grounding in classical physics or be willing to make up deficiencies. Interdisciplinary areas include:
- computational physics (scientific computing)
- chemical physics
- physical oceanography
- engineering physics
The department currently has strong research programs in theoretical and computational aspects of acoustics, geophysics, electromagnetics, continuum mechanics, and astrophysics. Excellent experimental research activities are being conducted in condensed matter and materials physics, magnetism, spintronics, surface physics, and observational astronomy.
Research in Physics
Student Learning Outcomes
Student Learning Outcomes specify what students will know, be able to do, or be able to demonstrate when they have completed a program of study.