DEPARTMENT OF PHYSICS & ASTRONOMY

Applied Physics Option

The applied physics option is intended to provide the diverse kinds of training which are required for a variety of applied fields and still provide the essential understanding of the physical foundation of those fields. It combines a thorough training in fundamental physics with sufficient flexibility for the student to take courses in other areas such as biology, chemistry, computer science, engineering, geology, or mathematics. The sequence of courses are tailored to the student's particular interests and career objectives. While many graduates proceed directly into industrial positions (particularly in engineering fields), others may go on to graduate school in areas such as biophysics, computer science, engineering, etc.

REQUIREMENTS

1. PHY 2170, 2171, 2180, 2181, 3300, 3310, 5200, and 5600 (total 21 credits).
2. Elementary mathematics sequence: MAT 2010, 2020, 2030, 2350 (total 15 credits).
3. Chemistry courses: CHM 1220 and 1230 (total 5 credits).
4. Satisfaction of all University and College group requirements and competency requirements.

In addition to the preceding basic requirements,

5. PHY 6300, 6500, and the laboratory courses PHY 5620 and 6850 (total 14 credits).
6. A total of at least 24 credits in physics, mathematics, or other science/technical courses.
7. MAT 5070 is not required but is recommended for those interested in graduate study in physics (total 4 credits).

Suggested Applied Electives for Various Programs

Computational Physics:      CSC 2000, 2110, 2200, 4110; PHY 6860; MAT 5070.

Engineering Physics:          BE 1300/1310, 3220; ME 2400, 3300, 3400; PHY 5350, 6600.

Optics and Laser Physics:   BE 1300/1310; ECE 4570, 4600, 5870; PHY 5350, 6350, 6600.

Semiconductor Physics:       BE 1300/1310; ECE 4570, 4600, 5500, 5510; PHY 5350, 6600.

Typical Applied Physics Sequence