The physics department has established a Graduate Certificate Program in Applied Physics. By choosing this program, your Ph.D. degree will still be in physics, but the five core courses
you take in your first few years of graduate school can be tailored towards a quicker entry into an emerging interdisciplinary area of research. Areas of specialization include Imaging
Science, Nano and Materials Science, Biophysics, Geophysics, Plasma Science, Laser Science, Photonics as well as other potential future areas of interest. This program allows students
to take core courses from departments outside of physics when appropriate, to better prepare them for cutting-edge research at the interface between disciplines.
As is the case for our regular Ph.D. degree program, ten graduate courses are required for a Ph.D. Example courses sequences for the Applied Physics certificate program are given
below. The Comprehensive Examination sequence for this certificate program is similar to that of our regular physics Ph.D. degree. Comps I consists of the topics covered in the 5 core
courses in each area of specialization. The Comps II examination is based on a paper and presentation together with an oral examination, as in our regular physics degree program.
The formal thesis proposal (Comps III) is also the same as our regular physics degree program, consisting of a formal thesis proposal presentation to a faculty committee.
Please talk to your Advisor and/or the Associate Chair for Graduate Studies in Physics (currently Professor Tobin Munsat) if you are interested in this program. They will help you
to plan your program of studies. You will need to have a Comps I curriculum form (downloadable below) approved by both your advisor and the Associate Chair for Graduate Studies. Sample curricula for various Applied Physics subdisciplines are listed in the Advising Guide.