Skip to main content

Bachelor of Science in Physics

The Bachelor of Science (B.S.) degree in Physics at Boise State University is built around a core of physics, science, mathematics, and humanities courses that provide students with a broad and balanced foundation for additional coursework in advanced or applied physics, or for interdisciplinary emphasis areas. The following optional emphases are offered for the B.S. Physics degree: Applied Physics (nanomaterials), Biophysics (molecular and cellular), and Secondary Education (teaching).

The Physics Degree and Emphases

The general physics track provides a thorough grounding in all areas of physics, preparing students for a variety of STEM careers or further studies in graduate school. The emphasis tracks add focus to the fundamental physics coursework by including specialized elective courses.

To see the list of additional courses required for available Physics Emphases, visit the course catalog and scroll down the page to view.

Applied Physics Emphasis

The applied physics emphasis incorporates coursework on the quantum behavior of solid matter, including semiconductors and superconductors, nanomaterials, and the physical characterization of material properties.

Astrophysics Emphasis

The astrophysics emphasis includes coursework in advanced astronomical topics, including planetary, stellar, and extragalactic astrophysics, cosmology, and observational labs.

Biophysics Emphasis

The biophysics emphasis focuses on the functionality of biological systems and incorporates coursework in molecular and cellular biophysics, soft matter, and biomedical research.

Secondary Education Emphasis

The secondary education emphasis incorporates coursework on pedagogy and gives students the opportunity to start teaching in their first semester. Scholarships and student loan forgiveness are available for graduates who go on to teach. Read more about secondary education degrees and PhysTEC.

Hands-on Research

Boise State University physics majors have the chance to delve deeper into their studies through hands-on research. They can collaborate with faculty on projects in nanoscience, biophysics, condensed matter physics, computational physics, and astronomy. Beyond gaining a solid grasp of fundamental physics principles, these students develop crucial skills like observation, analysis, model-building, and problem-solving. These skills are highly valued in a wide range of careers, including industry, government, law, education, and healthcare.