University of Massachusetts Amherst

What you'll study

This interdisciplinary programme blends foundational coursework in physics, chemistry and biology with quantitative methods and laboratory practice. Early years focus on core courses in general chemistry, calculus, physics and introductory biology to build a common scientific base. In later years you choose more specialised modules drawn from departments such as Physics, Chemistry, Molecular and Cellular Biology, and Earth & Environmental Sciences.

• Core topics: general chemistry, classical and modern physics, calculus and linear algebra, cell and molecular biology, and scientific communication.
• Typical advanced modules: organic chemistry, physical chemistry, biochemistry, quantum mechanics, statistical mechanics, biophysics, analytical methods, spectroscopy and computational modelling.
• Skills and practice: laboratory technique and safety, experimental design, data analysis, programming for scientific applications (e.g. Python, MATLAB), and scientific writing and presentation.
• Research and experiential learning: independent research projects or a capstone, laboratory rotations, summer research placements, and opportunities for internships with industry or government labs.
• Electives and breadth: students can take electives in environmental science, materials science, neuroscience, or mathematics to tailor the degree toward specific interests.

Entry requirements

Applicants are expected to have a strong secondary-school academic record with a focus on mathematics and the sciences. Typical entry requirements include successful completion of high-school level mathematics (including calculus where available), chemistry and physics, and demonstrated academic achievement across other subjects.

Admissions usually consider standardised test scores if submitted, personal statements, and demonstrated extracurricular interest in science such as laboratory experience, research projects, science clubs or relevant work experience. Transfer students are assessed on college-level coursework and GPA. International applicants must meet UMass Amherst's English language requirements.

Career prospects

Graduates of the Biological and Physical Sciences programme pursue a wide range of careers in research, industry, education and public service. The combination of experimental skills, quantitative training and interdisciplinary knowledge opens roles in laboratory science, pharmaceuticals, environmental consulting, instrumentation and materials, and data analysis.

• Laboratory scientist or technician in academic, industrial or clinical labs
• Research scientist or development role in biotechnology, pharmaceuticals or materials companies
• Environmental scientist or consultant working on monitoring, remediation or policy
• Technical roles in instrumentation, quality control, or regulatory affairs
• Data analyst or modelling specialist applying quantitative skills to scientific datasets
• Teaching at secondary level or progression to graduate study (master’s/PhD) for careers in research or specialised technical fields

Why study at University of Massachusetts Amherst

UMass Amherst is a research-intensive public university with a broad portfolio of science departments and active faculty-led laboratories offering undergraduate research opportunities. Students benefit from access to modern teaching laboratories, interdisciplinary coursework across departments, and campus-wide support for internships and career development.

There are also formal programmes and centres that encourage undergraduate research and mentorship, plus opportunities to join collaborative projects with faculty across the physical and life sciences. Strong links with regional industry, government laboratories and a large alumni network help students find internships and graduate-school pathways after graduation.