Physics
Students who major in physics learn to observe nature and understand concepts that are the key principles in many other science and engineering fields. Our graduates become problem solvers in a wide variety of industrial and technically sophisticated research and development settings. Our distinctive areas include optics and astrophysics, and we provide engaging opportunities for student-centered research.
Courses
- ASTR311 — Solar System Astronomy
- ASTR312 — Stellar Astronomy
- ASTR323 — Observational Astronomy
- ASTR427 — Galaxies and Cosmology
- CHEM210 — General Chemistry 1
- CSCI201 — Computer Science 1
- CYB267 — Introduction to Programming
- ECE201 — Circuit Analysis I
- GENG102 — Engineering Problem Solving
- MATH221 — Calculus I
- MATH222 — Calculus II
- MATH312 — Linear Algebra
- MATH321 — Vector and Multivariable Calculus
- MATH325 — Differential Equations
- MATH327 — Differential Equations with Linear Algebra
- MATH411 — Modern Algebra I
- MATH423 — Complex Analysis with Applications
- MATH427 — Partial Differential Equations
- PHYS234 — Classical Physics I
- PHYS235 — Classical Physics II
- PHYS330 — Modern Physics
- PHYS332 — Electronics
- PHYS333 — Optics
- PHYS334 — Thermal Physics
- PHYS346 — Mathematical Methods for Physics
- PHYS358 — Electromagnetic Fields
- PHYS415 — Undergraduate Research
- PHYS431 — Introduction to Quantum Mechanics
- PHYS435 — Laser Optics
- PHYS436 — Applied Optics & Imaging
- PHYS440 — Classical Mechanics
- PHYS450 — Special Topics in Physics