The Bachelor’s in Astronomy and Astrophysics at the University of Massachusetts Amherst is a four-year undergraduate programme that combines rigorous training in physics and mathematics with specialised courses in observational and theoretical astrophysics. It suits students who enjoy quantitative problem-solving, hands-on observational work, and research-led projects aimed at understanding stars, planets, galaxies and the Universe.
What you'll study
The degree builds a strong foundation in classical physics and advanced mathematics before moving into core topics in astronomy and astrophysics. Early years concentrate on calculus-based mechanics, electromagnetism, thermodynamics, quantum mechanics, and laboratory physics, alongside mathematics courses such as linear algebra and differential equations.
- Introductory and core astrophysics: introductory astronomy, stellar structure and evolution, galactic astronomy, cosmology and extragalactic astronomy.
- Observational techniques and instrumentation: astronomical observing, optical and radio techniques, spectroscopy, detectors and instrumentation, data reduction and error analysis.
- Theory and computational methods: computational astrophysics, numerical methods, dynamics, radiative processes and modelling astrophysical systems.
- Laboratory and practical work: physics labs, observing labs using campus telescopes and instrumentation, and hands-on projects that develop practical skills in data acquisition and analysis.
- Research and capstone: opportunities for supervised undergraduate research projects, senior thesis or capstone projects that connect students with faculty research groups.
Students also complete general education requirements and may take elective modules in planetary science, space physics, atmospheric science, and related areas. The programme emphasises both theoretical understanding and practical skills in programming, data analysis, and experimental technique.
Entry requirements
Admission to the undergraduate programme is through the University of Massachusetts Amherst undergraduate admissions process. Applicants are expected to have a strong background in mathematics and the physical sciences from their secondary education.
- Academic preparation: successful applicants typically present high-school coursework in calculus and physics; additional preparation in chemistry and computer science is advantageous.
- Recommended qualifications: advanced or honours-level maths and physics where available; college-preparatory science courses and mathematical maturity demonstrated by coursework or exams.
- International applicants: must present equivalent secondary qualifications and meet the university's English language proficiency requirements.
- Additional evidence: personal statements, academic references and relevant extracurricular experience (such as science clubs, research internships or coding projects) strengthen an application.
Career prospects
Graduates with a Bachelor’s in Astronomy and Astrophysics are well prepared for a range of careers that value strong quantitative, programming and problem-solving skills. Many continue to graduate study in astronomy, astrophysics, planetary science, or related fields such as physics and applied mathematics.
- Research and academia: progression to MSc/PhD programmes and careers in university or government research labs.
- Observatories and space science: technical and scientific roles at observatories, space agencies and planetariums.
- Data and software roles: data scientist, software developer, and computational analyst positions across industry sectors that value large-data handling and modelling expertise.
- Engineering and instrumentation: careers in instrumentation, optics, electronics and aerospace engineering.
- Education and communication: secondary and informal science education, public outreach and science communication roles.
Employers value the programme’s emphasis on quantitative analysis, programming (e.g. Python and data analysis libraries), experimental technique and experience with real observational datasets.
Why study at University of Massachusetts Amherst
UMass Amherst offers a research-active astronomy programme within a large public research university, giving undergraduates access to active faculty research groups and opportunities for hands-on research. The department’s location within the Five College Consortium expands course options and collaborative possibilities across neighbouring institutions.
- Research opportunities: undergraduates can work with faculty on observational, theoretical and instrumentation projects and often gain early exposure to publishable research.
- Facilities and computing: access to campus observing facilities, modern computing resources and data-analysis infrastructure supports practical training in observational astronomy and numerical modelling.
- Interdisciplinary strengths: close links with physics, earth and environmental sciences, and engineering allow students to tailor their studies to planetary science, instrumentation or computational astrophysics.
- Support and careers: departmental advising, undergraduate seminars and university career services help prepare students for graduate study and a wide range of technical and scientific careers.
Together these features make UMass Amherst a strong choice for students seeking a rigorous, research-oriented undergraduate education in astronomy and astrophysics.
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