BA Astronomy

At UVA, you’ll gain practical skills through observational labs, research projects, and access to cutting-edge facilities like the McCormick Observatory. The program emphasises real-world astronomy experience, including data collection, analysis, and computational methods, all supported by expert faculty mentorship.

Here’s how you’ll build your expertise and where you’ll do it:

• McCormick Observatory: Located about 3 miles from campus, this facility houses a 26-inch telescope and smaller instruments used in undergraduate labs. You’ll observe celestial objects through binoculars, 6-inch and 14-inch telescopes in the Student Observatory (“The Doghouse”), and the main 26-inch dome telescope, gaining hands-on experience in astronomical observation and data recording. (Note: Access requires coordination with TAs and carpooling due to limited parking.)

• Laboratory for Astrophysics and Surface Physics (LASP): A sophisticated lab with instruments like ion implanters, X-ray photoelectron spectrometers, and cryogenic chambers designed to study space weathering and surface interactions on planetary materials—ideal for students interested in planetary science and laboratory astrophysics.

• Computing and Programming Courses: Develop skills in Python, scientific computing, and data analysis through courses like PHYS 1655 (Intro Python) or PHYS 2660 (Fundamentals of Scientific Computing), essential for modern astronomical research.

• Upper-Level Astronomy Electives: Engage in advanced coursework and research seminars that deepen your understanding of astrophysics, cosmology, and planetary science.

• Senior Thesis Requirement: Conduct an independent research project under faculty supervision, applying your observational, computational, and theoretical skills to a topic of your choice.

• Access to Nanoscience and Materials Characterisation Facilities: Utilise UVA’s Nanoscale Materials Characterisation Facility (NMCF) for advanced materials analysis, supporting interdisciplinary research in astrophysics and planetary science.

Graduates of the University of Virginia’s BA in Astronomy program are well-prepared for diverse careers in science, technology, education, and data analysis—typical roles include science communicator, research assistant, environmental consultant, and technical analyst. This program offers a strong foundation in astronomy, physics, mathematics, and computer science, along with flexibility to pursue other academic interests, making it ideal for students seeking a broad liberal arts education with practical skills:

• University Services: UVA provides personalised academic advising through the Astronomy Department, access to modern telescopes and instrumentation, and opportunities for hands-on research and senior thesis projects. The College of Arts and Sciences supports career development with workshops, internships, and networking events tailored to STEM students.

• Employment Stats & Salary Figures: While specific program data is limited, astronomy graduates often find roles in STEM fields with competitive salaries. The interdisciplinary training in physics, math, and computing enhances employability in research institutions, technology companies, and education.

• University–Industry Partnerships: The department collaborates with national observatories and space science organisations, offering students research projects and internships that connect academic study with real-world applications.

• Long-term Accreditation Value: UVA’s BA in Astronomy is part of a highly ranked research university, ensuring your degree is respected globally. The curriculum emphasises both theoretical knowledge and practical skills, preparing graduates for a range of scientific and technical careers.

• Graduation Outcomes: Graduates are equipped to enter the workforce or pursue further study, with many continuing on to graduate programs in astronomy, astrophysics, planetary science, or related disciplines.

Further Academic Progression: Students completing the BA in Astronomy at UVA can pursue graduate studies in astronomy, astrophysics, physics, or data science. The program’s strong foundation in computational and analytical methods supports success in master’s programs, research careers, and advanced technical roles in academia, government, or industry.