Astrophysics asks some of the biggest questions in science: how do stars live and die, what happens near a black hole, how the universe began—and what is its fate. The Astrophysics Track within UMBC’s B.S. in Physics builds on a rigorous physics foundation with focused coursework in astrophysics, giving students the tools to pursue those questions seriously.
Why Study Astrophysics?
Astrophysics is where fundamental physics meets the largest natural laboratory—the universe.
Students learn to apply:
- Thermodynamics to stellar interiors
- General relativity to compact objects
- Quantum mechanics to atomic spectra observed from billions of light-years away
Along the way, students develop highly transferable skills in mathematical modeling, scientific computing, data analysis, and clear communication of complex ideas. These skills are valued not only in astronomy, but also in fields such as data science, aerospace engineering, and national defense.
Research and Partnerships
UMBC’s geographic location offers additional advantages. The university maintains long‑standing connections with several major research institutions in the region, creating opportunities like internships, mentorships, and exposure to active research that complement classroom learning.
NASA Goddard Space Flight Center: Includes the Center for Space Sciences and Technology (CSST), where dozens of scientists work on high-energy astrophysics and exoplanet exploration.
Space Telescope Science Institute (STScI): The operations center for the Hubble and James Webb Space Telescopes
What Makes Our Astrophysics Track Different?
Our Astrophysics Track emphasizes early research engagement and close faculty mentorship within a focused research community.
Early Undergraduate Research
One of the advantages of studying astrophysics at a research university is the opportunity to participate in original scientific work as an undergraduate. Faculty welcome interested students into their research groups early—often by the sophomore year—so students can begin working on real scientific problems alongside experienced researchers.
Hands-On Experience with Real Data and Theory
Undergraduate research may include:
- Analyzing multi‑wavelength observations of relativistic jets
- Modeling the environments around supermassive black holes
- Working with data from orbiting X‑ray telescopes
Research‑for‑credit courses (PHYS 299 Directed Research and PHYS 499 Senior Research) can count toward the Astrophysics Track, allowing research with a faculty mentor to integrate directly into degree progress.
National Laboratory and Internship Opportunities
Students also have the opportunity to pursue internships and fellowships at NASA Goddard Space Flight Center through the Center for Research and Exploration in Space Science & Technology II (CRESST II) Consortium partnership, gaining experience at a national laboratory while still undergraduates.
A Focused Research Community
The astrophysics faculty within the Physics Department form a compact group with research concentrated in high‑energy astrophysics, including relativistic outflows and jets from active galactic nuclei, galactic microquasars, gamma‑ray bursts, clusters of galaxies, and more. A smaller group provides more direct access to mentors and fosters a close‑knit research environment.
Launch Your Career from Here
Because the track is built on a full physics degree, graduates retain broad flexibility to pursue diverse scientific and technical careers.
The Astrophysics Track provides strong preparation for:
- Ph.D. programs in astronomy, astrophysics, and physics
- Positions at national laboratories and research centers such as NASA Goddard and STScI
- Careers in data science, aerospace, defense, and technology sectors
If you want to work at the frontier of discovery — where fundamental physics meets the exploration of the universe, and where research-grade skills launch careers across science and technology — this track is your launchpad.