Amherst College

What you'll study

Coursework builds mathematical tools and physical concepts across classical mechanics, electromagnetism, statistical physics/thermodynamics, and quantum theory, together with laboratory courses that train experimental techniques, data analysis, and scientific communication. Students typically take progressively advanced classes and are encouraged to undertake an independent senior thesis or summer research project under faculty supervision.

Entry requirements

Admission to Amherst is competitive and evaluated holistically. Strong preparation in mathematics (including calculus) and prior coursework in physics or related sciences is expected for students planning to major in physics. Applicants submit standard college application materials; once enrolled, declaration of the major follows departmental advising and curriculum planning.

Career prospects

Graduates move into a range of paths: graduate study in physics or related STEM fields, research positions, teaching, engineering roles, data- and technology-oriented work, and roles in finance or consulting that value quantitative problem-solving. The program emphasizes analytical skills and laboratory experience that are transferable across science and industry.

Scholarships & funding angle (general)

Amherst has a need-based financial aid system designed to make attendance affordable for admitted students; academic departments and the college also facilitate paid research assistantships and summer research funding that can support undergraduate work in physics. Prospective students should consult the college's financial aid office for policies and application guidance.