BA Physics and Astronomy

At Dartmouth, you’ll gain practical skills through a blend of laboratory courses, observational astronomy, and faculty-mentored research projects. The department’s historic and modern facilities support a wide range of experimental and theoretical work, allowing you to explore the universe both inside the classroom and in real-world settings.

Here’s how you’ll build hands-on experience and where you’ll do it:

• Wilder Laboratory: The main home of the Department of Physics and Astronomy, housing classrooms, faculty offices, and laboratories where you’ll conduct experiments and collaborate with peers and professors.

• Shattuck Observatory: Located behind Wilder Laboratory at the top of Observatory Road, this historic 1854 observatory features antique telescopes and the adjacent North Shed Telescope, used for undergraduate observational astronomy classes and public viewing nights.

• Michigan-Dartmouth-MIT (MDM) Observatory: Dartmouth students have access to this professional observatory on Kitt Peak, Arizona, for advanced observational research projects and special topics courses.

• Physics and Astronomy Laboratories: Upper-level lab courses (such as PHYS 47, 48, 76 or ASTR 61) provide hands-on experience with modern instrumentation, data acquisition, and experimental methods.

• Computing Facilities: State-of-the-art computing resources support astrophysical simulations, data analysis, and computational physics coursework.

• Baker-Berry Library and Rauner Special Collections: Extensive astronomy and physics collections support your research and study needs.

• Research Opportunities: Engage in faculty-led projects in areas like plasma and space physics, condensed matter, cosmology, and astrophysics, often culminating in senior theses or conference presentations.

Graduates of Dartmouth College’s BA in Physics and Astronomy program emerge as critical thinkers and skilled problem solvers, prepared for careers such as research assistant, data analyst, science educator, or technical consultant. The program’s strong foundation in both physics and astronomy, combined with opportunities for hands-on research and tailored electives, ensures you are well-equipped for diverse scientific and technical roles:

• University Services: Dartmouth offers personalised academic advising and mentorship through the Department of Physics and Astronomy, with access to small classes, undergraduate research opportunities, and the Physics & Astronomy Society for networking and professional development.

• Employment Stats & Salary Figures: While specific placement data for this program is not published, Dartmouth graduates are highly sought after, benefiting from strong STEM career placement and competitive salaries due to their analytical, computational, and communication skills.

• University–Industry Partnerships: The department collaborates with national research labs and observatories, providing students with internships and research opportunities. Students can engage in projects related to astrophysics, cosmology, and space science, gaining valuable real-world experience.

• Long-term Accreditation Value: Dartmouth’s program is recognised for academic rigour and interdisciplinary flexibility. The curriculum covers core topics such as celestial mechanics, galactic structure, cosmology, quantum mechanics, and electromagnetism, ensuring graduates have a comprehensive and respected degree.

• Graduation Outcomes: Graduates are prepared for entry-level roles in research institutions, education, data science, or technical consulting, with many continuing on to graduate studies in physics, astronomy, or related fields.

Further Academic Progression: If you plan to pursue graduate school, Dartmouth’s BA in Physics and Astronomy provides excellent preparation for master’s programs in physics, astrophysics, planetary science, or engineering. The program’s emphasis on research, critical thinking, and communication equips you to succeed in advanced academic and professional settings.