BS Astronomy

Experiential Learning Highlights

• Faculty-Mentored Undergraduate Research
  From early in the program, students are encouraged to collaborate with faculty on projects in areas such as exoplanets, planetary science, cosmology, observational astronomy, and theoretical modeling. These opportunities often lead to conference presentations or co-authorship opportunities.

• Research Techniques Course
  Students take structured courses in astronomy research methodologies, learning essential data handling, analysis techniques, and experimental design to prepare for hands-on inquiry.

• Observatory-Based Learning
  The campus Observatory provides students with access to mid-sized telescopes, including refractors and a Cassegrain reflector. Astronomy majors participate in observing sessions, public outreach events, and lab-based courses that build competence in telescope operation and data acquisition.

• Computational Astrophysics Coursework
  Upper-division courses emphasize programming, numerical modeling, and data analysis—skills used to simulate astrophysical systems and analyze data from telescopes and space missions.

• Planetary Science and Mission Projects
  Students can join research groups studying topics like exoplanets, planetary atmospheres, and mission-related instrumentation. The department’s connections to NASA missions and planetary research centers provide direct pathways into hands-on science.

• Colloquia, Journal Club & Seminar Series
  Weekly departmental events expose students to current astronomy research trends and foster scientific discourse with faculty, postdoctoral researchers, and graduate students.

• Capstone or Honors Research Experience
  Students may complete independent or honors-level research projects, culminating in a formal thesis or presentation under faculty supervision.

What You’ll Gain

• Early and consistent engagement in astronomy research supported by faculty
• Technical experience with telescopes and observational equipment
• Computational modeling and data analysis proficiency
• Development of a research portfolio through independent and group projects
• Practice presenting scientific findings in academic and community settings
• Exposure to mission-oriented planetary science and instrumentation work

This B.S. in Astronomy program blends classroom learning with hands-on research and public engagement—designed to build real-world skills and prepare you for graduate study or a career in space science or data-intensive fields.

Progression & Future Opportunities:
The BS in Astronomy at UMD prepares students for high-impact roles in science, research, and data-driven industries. Graduates commonly pursue careers as research assistants, observatory technicians, data analysts, and science communicators.

• Career Support: UMD’s University Career Center and the Department of Astronomy provide tailored guidance through resume clinics, research mentoring, and STEM-specific career fairs.

• Hiring Outcomes & Skills: Students graduate with strong foundations in physics, computing, and observational techniques—skills valued in aerospace, education, and government research roles.

• Research Experience: Undergraduates participate in major projects using facilities like the Lowell Discovery Telescope and gain exposure to NASA missions such as Hubble, XRISM, and NICER.

• Accreditation & Academic Strength: As a top-tier Carnegie R1 university, UMD’s degree offers enduring academic and professional value.

• Graduation Outcomes: Many graduates enter roles with federal labs, observatories, or educational institutions, while others leverage their technical training in broader STEM careers.

Further Academic Progression:
Graduates are well-prepared for advanced studies in astronomy, astrophysics, or related fields. Many continue into master’s or PhD programs at UMD or other top-tier institutions, often supported by their undergraduate research and faculty connections.