University of La Verne

What you'll study

Students study core areas of physics supported by mathematical methods and laboratory training. Typical topical areas include:

• Classical mechanics and dynamics fundamentals
• Electricity and magnetism including fields and circuits
• Thermodynamics and statistical mechanics
• Quantum mechanics principles and applications
• Optics and waves, including experimental investigations
• Laboratory courses that emphasize measurement, data analysis, and scientific communication
• Mathematical methods such as calculus, differential equations, and linear algebra to support theoretical work
• Electives that may span computational physics, astronomy, materials, or applied physics topics

Entry requirements

Admission typically requires a high-school diploma or equivalent with strong preparation in mathematics (calculus recommended) and physics. Applicants are evaluated on academic records, coursework in STEM subjects, and any demonstrated laboratory or research experience; some programmes recommend or require placement testing for mathematics.

Career prospects

Graduates with a BA in Physics enter diverse pathways: technical roles in industry (laboratory technician, instrumentation, technical sales), secondary school teaching (with appropriate credentials), applied positions in engineering-adjacent fields, or continued graduate study in physics, engineering, data science, or education. The degree builds transferable skills—quantitative analysis, problem solving, and experimental rigor—that are valued across sectors.

Scholarships & funding angle

Prospective and current students should explore institutional scholarships, merit- and need-based aid, and department-level awards for STEM majors. Research assistantships, paid internships with local laboratories or companies, and external funding from professional societies can offset costs and provide valuable experience. Advising offices can help identify opportunities and application strategies for funding.