The Bachelor of Science in Physics at the University of Virginia provides an intensive education in the fundamental principles of the universe, combining advanced mathematics, theoretical physics, experimental investigation and independent research. Designed for students interested in graduate study, scientific discovery and technical careers, the program develops strong analytical and problem-solving skills while allowing students to explore advanced physics topics and related scientific disciplines.
Curriculum Structure
First Year: Students establish a foundation in mathematics and physics through Physics in the 21st Century (PHYS 1930), Introductory Physics 1 (PHYS 1420) and the calculus sequence, including Calculus I (MATH 1310). These courses introduce core scientific principles and the mathematical methods needed to understand motion, energy and physical systems.
Second Year: Students progress into more advanced physics and mathematics, including Introductory Physics 2 (PHYS 2410), Modern Physics (PHYS 2620) and Problem Solving and Special Topics in Classical Physics (PHYS 2720). Supporting mathematics courses such as Calculus III (MATH 2310) help students develop the quantitative foundation needed for upper-level theoretical and experimental physics.
Third Year: Students deepen their understanding through Classical Mechanics (PHYS 3210), Thermal Physics (PHYS 3310), Mathematical Methods for Physics (PHYS 3340) and Electricity and Magnetism I (PHYS 3420). They also progress toward Electricity and Magnetism II (PHYS 3430) and Quantum Physics I (PHYS 3650), building the theoretical knowledge required for advanced study and research.
Fourth Year: Students complete the remaining requirements of the Distinguished Major Course Sequence, together with advanced mathematics such as Partial Differential Equations (MATH 5210 and MATH 5220, or approved applied mathematics equivalents) and an additional upper-level physics elective. Independent research is an integral part of the B.S. requirements, enabling students to work closely with a faculty member and communicate their findings through written and oral reports.
Focus Areas
Classical mechanics, quantum physics, electromagnetism, thermal physics, mathematical physics, experimental physics, computational physics, scientific instrumentation, theoretical physics and independent research.
Learning Outcomes
Theoretical Knowledge: Apply fundamental physical laws and advanced theories to solve complex scientific problems.
Mathematical Skills: Use calculus, differential equations and other mathematical methods to analyse physical systems.
Experimental Competence: Conduct investigations, evaluate data and connect experimental evidence with theoretical predictions.
Computational Proficiency: Use computers and computational techniques to model and analyse physical phenomena.
Research and Communication: Undertake independent research, collaborate with faculty and present findings in written and oral formats.
Professional Alignment (Accreditation)
The B.S. in Physics develops advanced mathematical, analytical, computational and experimental skills relevant to scientific research and technical professions. UVA's published program information does not specify a separate professional accreditation for this degree.
Reputation (Employability Rankings)
UVA identifies physics graduates as pursuing graduate study in physics and related fields, technical positions in computing, defence and industrial sectors, and consulting roles in technical and financial fields. The department also offers undergraduate research and the Distinguished Majors Program. A specific employability ranking or degree-specific graduate employment rate is not stated in the official program information.
The University of Virginia combines physics coursework with laboratory investigations, computational work and opportunities for independent research. Students are encouraged to engage with faculty research early in their degree, develop familiarity with scientific tools and techniques, and apply classroom knowledge to research questions. The Distinguished Majors Program offers an additional pathway for eligible students to undertake advanced academic work.
Key experiential learning opportunities include:
Intermediate Physics Laboratory: Gain experience with experimental techniques, scientific instrumentation and computer-based measurements while investigating physical phenomena.
Computational Physics: Develop skills in scientific computing and numerical problem-solving through coursework and computational exercises.
Independent Research Projects: Work closely with a faculty member on a research topic, apply concepts learned in class and produce written and oral reports.
Distinguished Majors Program: Eligible students can pursue advanced study and independent research through this departmental program.
Faculty Research Opportunities: Explore research in areas such as condensed matter physics, particle physics, astrophysics, quantum science and theoretical physics, depending on faculty projects and available positions.
Undergraduate Student Opportunities in Academic Research (USOAR): Eligible students without prior research experience can apply for paid Federal Work-Study research positions with faculty mentors.
Scientific Computing Resources: Develop computational skills through physics coursework and access to computing resources used in undergraduate and research laboratories.
Research Communication: Build experience interpreting scientific literature, discussing results with faculty and communicating research through presentations and written reports.
The B.S. in Physics at UVA prepares graduates for further study and careers that require strong quantitative, analytical and scientific skills. Potential career paths include research assistant, laboratory scientist, computational analyst and technical consultant, depending on the student's research experience and additional qualifications.
Students can strengthen their career preparation through the following opportunities:
Career Services: UVA's Career Center supports career planning, resume development, interview preparation, networking and the search for internships and employment.
Undergraduate Research Support: The Office of Citizen Scholar Development helps students identify research opportunities, prepare applications and connect with faculty mentors.
Technical Career Pathways: UVA identifies computing, defence, industrial technology and technical or financial consulting among the fields in which physics graduates have pursued employment.
Research and Academic Development: Faculty-guided research and the Distinguished Majors Program help students develop skills relevant to graduate applications and research-focused careers.
Employment Statistics and Salaries: The official program information does not provide a specific graduate employment rate or salary figure for the B.S. in Physics.
Professional Accreditation: The degree develops transferable scientific and technical skills, but the official program information does not specify a separate professional accreditation.
Graduation Outcomes: Graduates can pursue graduate study in physics and related disciplines or seek technical positions in computing, defence, industry and consulting.
Further Academic Progression: Graduates can pursue an M.S. or Ph.D. in Physics, Applied Physics, Astrophysics or related disciplines, depending on their academic interests and the entry requirements of their chosen institutions. Other options include computational science, materials science, engineering and applied mathematics. Students interested in research careers can build on their undergraduate research experience to prepare for doctoral study, while those considering medicine, law or other professional programs should fulfil the relevant prerequisites and admission requirements.


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