BS Physics and Astronomy

4 Years On Campus Bachelors Program

University of Rochester

Program Overview

The Bachelor of Science (BS) in Physics and Astronomy at the University of Rochester is a rigorous 4-year on-campus program designed for students aiming to pursue graduate studies or professional careers in physics, astronomy, or related scientific fields. This intensive degree combines advanced coursework in physics, astronomy, and mathematics with opportunities for research and computational training, providing strong preparation for graduate school.

Curriculum Structure:

  • Year 1: Students build a solid foundation with courses like AST 111 – Elementary Astronomy I, PHY 121 – Mechanics, and MTH 161 – Calculus I, alongside general education courses such as WRT 105 – College Writing. This year establishes core skills in physics, mathematics, and scientific communication.

  • Year 2: The curriculum advances with PHY 122 – Electromagnetism, PHY 123 – Modern Physics, AST 142 – Elementary Astrophysics, and mathematics courses MTH 164 – Multidimensional Calculus and MTH 165 – Linear Algebra & Differential Equations. Students also begin fulfilling elective or cluster course requirements to broaden their academic experience.

  • Year 3: Students take advanced astronomy courses such as AST 231 – Stellar Structure and the Interstellar Medium, AST 232 – The Milky Way Galaxy, AST 241 – Stellar Astrophysics, or AST 242 – Galaxies and Cosmology. Physics courses include PHY 217 – Electricity and Magnetism I, PHY 227 – Thermodynamics and Statistical Mechanics, and PHY 237 – Quantum Mechanics of Physical Systems. Computational skills are developed through courses like PHY 256 – Computational Physics.

  • Year 4: The final year focuses on advanced physics and astronomy topics, including senior thesis research (AST 393W – Senior Thesis), and electives in physics, astronomy, or applied mathematics such as MTH 281 – Applied Boundary Value Problems and MTH 282 – Introduction to Complex Variables. Students may also take graduate-level courses like PHY 407/408 – Graduate Quantum Mechanics if well-prepared.

Focus areas: Stellar and galactic astrophysics, quantum mechanics, electromagnetism, thermodynamics, computational physics, and advanced mathematics.

Learning outcomes: Graduates will be able to apply advanced physics and mathematical techniques to solve complex problems in astronomy and physics, conduct independent research, and be well-prepared for graduate studies or scientific careers.

Professional alignment (accreditation): The program meets rigorous academic standards with faculty-approved course selections and a computer literacy requirement fulfilled through computational physics or programming courses, ensuring alignment with graduate school expectations.

Reputation (employability rankings): The University of Rochester is ranked #147 globally in Physics and Astronomy by QS World University Rankings, recognised for its strong research programs and graduate outcomes in the physical sciences.

Experiential Learning (Research, Projects, Internships etc.)

At Rochester, you’ll build practical skills through advanced coursework, laboratory experiences, and collaborative research. The department’s home, Bausch & Lomb Hall, is a hub for discovery, discussion, and experimentation. You’ll have access to specialised spaces and resources that make your education both rigorous and rewarding.

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

  • Bausch & Lomb Hall (B&L): The department’s main building, home to all physics and astronomy faculty, the astrophysics group, and undergraduate advising. Most colloquia, seminars, and classes are held here, creating a vibrant academic community.

  • Physics-Optics-Astronomy (POA) Library: Located on the third floor of B&L, the POA Library is a dedicated, 24/7-access space for physics and astronomy majors. It features group collaboration tables, a TA alcove for office hours, flex spaces, and a newly refreshed quiet study zone—ideal for focused work, group projects, and research prep.

  • Laboratory for Laser Energetics (LLE): A nationally funded facility on campus, LLE houses the OMEGA and OMEGA EP Laser Systems—some of the world’s most powerful lasers. Undergraduates can get involved in research on high-energy-density physics and plasma astrophysics.

  • HADES (High Amperage Driver for Extreme States): This unique facility lets you explore extreme states of matter, supporting research in both astrophysics and condensed matter physics.

  • Institute of Optics: Faculty and students collaborate here on quantum optics and advanced photonics research, broadening your technical and experimental toolkit.

  • Departmental Research Experiences: Many upper-class majors participate in faculty-sponsored research projects, often through the department’s NSF-funded Research Experiences for Undergraduates (REU) program. You’ll have opportunities to work on projects in star and planet formation, plasma astrophysics, and more.

  • Group Work and Peer Collaboration: The department’s culture encourages group study, peer-led workshops, and recitation sessions, often held in the POA Library or B&L’s dedicated seminar rooms.

Progression & Future Opportunities

Graduates of the University of Rochester’s BS in Physics and Astronomy are exceptionally well-prepared for careers in research, technology, and education—think research scientist, data analyst, laboratory engineer, or technical consultant. This intensive program is designed for students aiming for top graduate schools and advanced roles in physics, astronomy, or closely related fields:

Progression and Future Opportunities:

  • University Services: You’ll benefit from a moderately sized department with accessible faculty dedicated to teaching and mentoring. The department assigns you a personal undergraduate advisor, and you’ll have opportunities to participate in faculty-sponsored research, including the prestigious NSF-funded Research Experiences for Undergraduates program.

  • Employment Stats & Salary Figures: While specific salary data for this program isn’t published, physics and astronomy graduates nationwide enjoy strong job placement and above-average starting salaries in STEM, research, and high-tech sectors.

  • University–Industry Partnerships: The department’s connections with national research labs and industry partners mean you can get involved in collaborative projects and internships. Many upper-class majors work on faculty-led research, gaining real-world experience and professional contacts.

  • Long-term Accreditation Value: The BS program’s rigorous curriculum—covering advanced physics, astronomy, mathematics, and computational skills—ensures your degree is recognised and respected by top graduate programs and employers worldwide.

  • Graduation Outcomes: You’ll graduate with deep analytical, quantitative, and problem-solving skills, ready for research roles, technical positions, or further academic study. The BS is especially recommended if you’re planning to pursue a master’s or PhD in physics, astronomy, or a related science.

Further Academic Progression: If you’re considering graduate school, the BS in Physics and Astronomy is the ideal preparation for master’s programs in physics, astronomy, astrophysics, or engineering. Many Rochester graduates go on to top-tier research institutions, leveraging their strong academic and research background for advanced study and leadership in science and technology.

Program Key Stats

$69,030
$ 50
Aug Intake : RD 15th Jun EA/ED 1st Nov


36 %
No
Yes

Eligibility Criteria

A*A*A - AAA
3.5 - 4.0
38 - 42
85 - 90

1430 - 1560
32 - 35
7.5
100

Additional Information & Requirements

Career Options

  • Research Scientist
  • Data Analyst
  • Observatory Technician
  • Laboratory Manager
  • Scientific Programmer
  • Physics Teacher
  • Instrumentation Engineer
  • Space Mission Analyst
  • Patent Examiner
  • Science Communicator

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