SCHOOL OF SCIENCE
Physics Curriculum
As a Physics major, you will first develop a strong background in mathematics and the fundamentals of physics. Later, you will tackle advanced-level physics courses in such challenging fields as optics, thermodynamics, quantum mechanics, theoretical mechanics, electrodynamics, and solid state physics.
In your junior or senior years, you will gain practical experience as you work with a faculty member to develop and complete a physics research project.
Two options are available:
General Physics is designed for students who want to pursue graduate work in physics or a related field.
Computational Physics emphasizes applied physics and computers; it is ideally suited for students who want to enter industry directly upon graduation.
See Physics Checksheets for a checklist for both physics options and the Bluebook overview of the course requirements for the major.
Majors in both options share an identical first-year schedule.
Over the first two semesters, you'll take introductory courses in Mechanics, Electric and Magnetic Fields, Thermodynamics, Fluids, Optics, and Quantum Physics. You also will typically study Chemical Principles I and II, Experimental Chemistry I and II, Calculus with Analytic Geometry I and II, and Rhetoric and Composition.
Courses in science, humanities, or arts as well as health education will help fulfill your General Education requirements. You'll also take a 1-credit First Year Seminar.
In both options, a minimum of 122 credits is needed to earn a Bachelor of Science degree in Physics. You must earn a grade of at least C in Physics 211, 212, 213, 214 and 237 and in all 300- and 400-level course all prescribed, additional and supporting courses.