BS in Astronomy and Astrophysics

Pursuing a Bachelor of Science in Astronomy & Astrophysics at George Washington University (4-year, on-campus) unlocks a dynamic learning journey combining physics, astronomy, data analysis, and research—all situated in the heart of Washington, D.C. From early coursework through senior-year capstone, the program fosters immersive experiential learning that prepares you for graduate studies, space science careers, or data‑intensive roles.

Here’s how you’ll gain real-world skills through hands-on tools, active research, and vibrant community support:

Experiential Learning Highlights:

From interactive classrooms to collaboration with NASA, here’s what you’ll experience:

• Required Research Courses & Capstone Sequence:
  All BS students complete a three‑credit research course, then take PHYS 4195W (Physics Capstone) to develop ethical, career‑oriented research proposals and PHYS 4200 (Physics Symposium) to present a full research project via poster and oral symposium. Capstone begins in year 3 or 4 and culminates in a faculty‑supervised project.

• Faculty‑Mentored Research Labs:
  You join research groups in astrophysics—such as high-energy astrophysics, gamma-ray bursts, instrumentation, and data modeling—working directly with faculty who collaborate with NASA Goddard, Naval Research Lab, and national labs.

• APSIS Institute Participation:
  In the GW Astronomy, Physics & Statistics Institute of Sciences (APSIS), you’ll engage in multidisciplinary data science projects focused on multi-wavelength observations, simulation, and inference in high-energy astrophysics.

• Collaborative, Technology-rich Classrooms:
  Innovative SCALE‑UP classrooms in Corcoran Hall provide group-based interactive learning with whiteboards, clickers, screens, and real‑time feedback tools—perfect for mastering experimental physics methods.

• Innovation Lab & Maker Access:
  Inside Corcoran Hall, the Innovation Lab gives you space to prototype instrumentation, code electronics setups, or brainstorm real-world research tools in a creative environment connected to NASA and industry labs.

• Undergraduate Symposium & CCAS Research Showcase:
  You present your research both at the Physics Undergraduate Symposium (via PHYS 4200) and the larger CCAS Research Showcase, gaining experience communicating scientific findings to a broad audience. 

• Society of Physics Students (SPS) Community:
  Join SPS for peer tutoring, networking events, panel discussions, and outreach. The department also supports identity and diversity groups, offering inclusive environments and mentorship.

• Historic & Functional Facilities:
  Corcoran Hall—home to GW’s Physics Department—is both a historic site (where Gamow developed the Big Bang theory) and a modern teaching-research space with labs, classrooms, and collaboration zones. 

• Campus & Library Resources:
  Gelman Library nearby houses two million volumes and extensive study zones. GW’s Foggy Bottom campus situates you near major institutions—plus you’re connected to visualization labs, study clusters, and interdisciplinary centers.

These tailored experiences help you:

• Design and complete real research projects with faculty support and present fine findings in formal symposiums.
• Gain proficiency in computational data analysis, instrumentation design, and coding.
• Gain networking access to NASA, industry labs, and national research institutions.
• Develop professional communication, writing, and presentation skills through capstone work.
• Learn in community-focused, interactive learning environments with tech-rich classrooms and peer collaboration.

Progression & Future Opportunities:
The BS in Astronomy and Astrophysics at GWU combines deep scientific knowledge with critical thinking and problem-solving skills—ideal for careers in scientific research, aerospace technology, science communication, and data analysis. Common job roles for graduates include telescope operator, scientific data analyst, research associate, and space science policy advisor. Thanks to GWU’s strong location and academic resources, students graduate with the tools and connections to thrive.

• Career Services Support: GWU’s Center for Career Services offers specialized STEM career advising, alumni networking through GW Career Connect, and direct internship placement opportunities through its D.C. location—often with NASA, NOAA, and space-related federal agencies.

• Employment Stats & Salary Figures: Approximately 92% of GWU graduates are employed or enrolled in further study within six months. Astronomy-related roles typically start between $60,000 and $80,000, especially when combined with internships or coding experience.

• University–Industry Partnerships: GWU students benefit from proximity to NASA Goddard Space Flight Center, the National Air and Space Museum, and NOAA, often participating in research and internships that shape real-world space policy or technology.

• Accreditation & Prestige: George Washington University is accredited by the Middle States Commission on Higher Education (MSCHE) and is recognized for its strong interdisciplinary programs blending science and public policy.

• Graduation Outcomes: Alumni have pursued graduate studies at institutions like Columbia, Johns Hopkins, and MIT, or entered careers in federal research labs, science media, or technical consulting.

Further Academic Progression:
After completing the BS, students are well-positioned for graduate programs in Astronomy, Astrophysics, or Physics. GWU’s curriculum also supports entry into interdisciplinary master’s or PhD programs in Space Policy, Data Science, or Science Communication—ideal for students interested in shaping the future of science beyond the lab.