Bachelor of Science in Astrophysics

At the University of Georgia, the Bachelor of Science in Astrophysics program ensures you gain hands-on experience using advanced research facilities, observatories, and computational tools—all right on campus. From your very first year, you’ll be immersed in real research, using the same equipment and software as professional astronomers and physicists. You’ll work alongside faculty in state-of-the-art labs, analyse data from telescopes, and develop the technical and analytical skills that employers and graduate schools look for.

Here’s how you’ll gain real-world skills and utilise our specialised facilities:

• UGA Observatory: Located atop the Physics-Astronomy building, the observatory features a 24-inch reflecting telescope, giving you direct experience in night-sky observation, data collection, and student-led research projects.

• Physics Building in the Science Centre Complex: This modern facility houses advanced teaching and research laboratories, including optics and spectroscopy labs, as well as spaces for computational astrophysics and experimental physics.

• Paul C. Coverdale Centre for Biomedical and Health Sciences: Many departmental research facilities are located here, supporting interdisciplinary projects and advanced laboratory work.

• Centre for Simulational Physics: This renowned centre provides access to high-performance computing resources and specialised simulation software, supporting research in computational astrophysics and theoretical modelling.

• Departmental Library and Study Spaces: The Physics Building includes dedicated study lounges and access to extensive library resources for astronomy and physics research.

• Group Research Laboratories: Faculty-led labs offer opportunities for undergraduates to participate in ongoing research, including data analysis, instrument development, and collaborative projects.

• Capstone and Group Projects: You’ll work with classmates on collaborative research and presentations, developing teamwork and scientific communication skills.

• Astronomy Club and Outreach: The UGA Astronomy Club hosts public observing nights and outreach events, giving you a chance to share your passion for astronomy while building leadership experience.

Graduates of the University of Georgia’s Bachelor of Science in Astrophysics are highly sought after for roles such as data scientists, software engineers, research analysts, and technical specialists. Alumni have launched successful careers in finance, technology, research labs, and education. Here’s how UGA sets you up for success:

• Career Services and Support: UGA’s Career Centre provides personalised career advising, STEM-focused job fairs, resume workshops, and interview preparation. The Department of Physics & Astronomy offers close faculty mentorship and encourages early participation in undergraduate research, with over 80% of majors completing at least one semester of research, often leading to publications and conference presentations.

• Employment Stats and Salary Figures: More than 90% of UGA physics and astronomy graduates are employed or enrolled in graduate/professional school within six months of graduation. Nationally, the median starting salary for physics and astrophysics graduates is approximately $65,000 (U.S. Bureau of Labour Statistics, 2024).

• University–Industry Partnerships: UGA maintains strong partnerships with local and national research organisations, including the Georgia Space Grant Consortium and NASA. These collaborations provide students with internship opportunities, paid research positions, and involvement in cutting-edge projects, supporting workforce development and STEM outreach.

• Long-term Accreditation Value: The University of Georgia is a fully accredited, nationally recognised institution. The Department of Physics & Astronomy is respected for its research excellence and commitment to undergraduate education, ensuring your degree is valued by employers and graduate schools worldwide.

• Graduation Outcomes: Graduates develop strong computational, analytical, and research skills. About 80% of students complete research projects, often resulting in published work or conference presentations. Alumni pursue careers in the high-tech industry, finance, education, government, or continue with advanced academic study.

Further Academic Progression: After earning your B.S. in Astrophysics at UGA, you’ll be fully prepared to pursue a master’s in astrophysics, physics, or related fields, opening doors to advanced research, university teaching, or technical leadership roles at observatories, research institutions, and space agencies.