A Master of Science Degree in Physics is required for entry level teaching positions in junior colleges and for many research-related positions at government and industrial laboratories. For students who are planning a teaching career or who are on their way to a Ph.D., the M.S. with the non-thesis option is an ideal choice. It requires about two years of course work and provides an excellent grounding in fundamental physics at the advanced level.
A curriculum model for the masters degree is as follows:
| Year | Fall Course # and Title |
Hrs | Spring Course # and Title |
Hrs |
| 1st | PHYS7100 - Classical Mechanics |
3
|
PHYS7400 - Statistical Mechanics |
3
|
| PHYS7200 - Electricity & Magnetism I |
3
|
PHYS7200 - Electricity & Magnetism II |
3
|
|
| PHYS7950 - Colloquium |
1
|
PHYS7950 - Colloquium |
1
|
|
| 2nd | PHYS7300 - Quantum Mechanics I |
3
|
PHYS7350 - Quantum Mechanics II |
3
|
| 6??? - Elective |
3
|
6??? - Elective |
3
|
|
| PHYS7950 - Colloquium |
1
|
6??? - Elective |
3
|
The Graduate School requires a cumulative 3.0 GPA in all graduate level classes in order to receive a graduate degree. In order to complete the requirements for a non-thesis Master of Science Degree in Physics, the student must achieve at least a 2.8 GPA in the 18 hours of required graded courses as well as the overall 3.0 GPA. Students may re-take one or more of the courses in order to improve their GPA, but no substitutions are allowed. Students who do not achieve the required 2.8 GPA in the core required courses but still have a 3.0 average from other courses can receive a non-thesis MS if they achieve a score of 35% or above on each of the 3 parts of the GDE.
It is expected that a student can complete the non-thesis option within two years of entering the graduate program. Limited extensions may be granted upon a request from the student and the advisory committee.
No foreign language is required for the M.S. degree in Physics.