Utah Valley University

What you'll study

Coursework blends theoretical lectures, structured laboratory classes, and opportunities for independent projects or research. Typical subject areas include classical mechanics, electricity and magnetism, modern physics/quantum mechanics, statistical mechanics/thermodynamics, optics, advanced laboratory methods, and mathematical methods for physicists. Students also take supporting mathematics and computing courses to build analytical and numerical skills.

Entry requirements

Admission is through the university's undergraduate process. Prospective students should hold an accredited high-school diploma or equivalent and be prepared for calculus-level mathematics; common preparation includes high-school calculus and foundational physics. Transfer students with college credit in calculus and introductory physics can often enter with advanced standing. Applicants should consult the university for specific general-admissions and program advising requirements.

Career prospects

Graduates move into a range of pathways: technical roles in engineering and instrumentation, laboratory and research assistant positions, data- and analytics-focused jobs, teaching at secondary levels (with proper certification), or further study in graduate programs in physics, engineering, or related fields. The degree builds problem-solving and quantitative skills valued across science, technology, and industry.

Scholarships & funding angle

Students should explore university-wide scholarships, departmental awards, and research assistant positions to offset costs. Financial support often includes merit scholarships, need-based aid, and paid undergraduate research or lab-assistant opportunities; contacting the physics department and the university financial-aid office will identify program-relevant funding and application steps.