Duquesne's undergraduate physics programs offer a top quality curriculum with the flexibility to optimally serve the spectrum of students interested in diverse career paths. In addition to a solid preparation in the fundamental areas of physics, our curriculum offers a selection of unconventional electives specifically designed to bring the leading edge of the field into the classroom. Students in the physics programs at Duquesne enjoy the many benefits of a small student-to-faculty ratio: student-centered instruction, close mentoring by faculty, hands-on learning, participation in ongoing research of the Department and attention to individual needs and interests. Our faculty members are dedicated teachers and scholars with active research interests spanning a broad spectrum of physics, from quantum information and science of materials to cosmology. Through close advisement and careful selection of courses, most of our students are able to graduate in four years with two degrees: a bachelor in physics and a bachelor in mathematics.

REQUIREMENTS FOR THE MAJOR

Two degree options exist for students majoring in physics: the Bachelor of Science (B.S.) and the Bachelor of Arts (B.A.). The B.S. program, with two credit hours of research and a minimum of 39 to 45 credit hours of physics coursework depending on the track, is recommended for students interested in pursuing employment in science and technology businesses or advanced degrees in physics, astronomy, chemistry, engineering and secondary education. The B.A., with a minimum of 32 credit hours of physics coursework, is suitable for students with a broader range of interests, particularly those planning to seek professional degrees in law, medical or dental school. A grade of C or better in all physics courses is required for graduation in the major.

REQUIREMENTS FOR THE B.S. IN PHYSICS

A total of at least 128 credits are required, which must include

• 28 University Core credits
• 13 BSNES Core credits
• 34 science, computer science and math credits
• 35 physics core credits
• 12(13) track-specific credits and
• 6(5) unrestricted elective credits

BS Course Sequence – All tracks in parallel
BS Course Sequence – Astronomy concentration
BS Course Sequence – Broad track
BS Course Sequence – Condensed Matter concentration
BS Course Sequence – Education track

REQUIREMENTS FOR THE B.A. IN PHYSICS

A total of at least 120 credits are required, which must include

• 28 University Core credits
• 13 BSNES Core credits
• 34 science, computer science and math credits
• 15 basic physics credits: PHYS 211, 212, 302, 312 and 374
• 17 intermediate and advanced elective credits (any 300 level or above)
• 13 unrestricted elective credits

REQUIREMENTS FOR THE B.A. IN PHYSICS AS PART OF THE BINARY ENGINEERING PROGRAM

A total of at least 100 credits are required, which must include

• 28 University Core credits
• 13 BSNES Core credits
• 34 science, computer science and math credits
• 15 basic physics credits: PHYS 211, 212, 302, 312 and 374
• 10 intermediate and advanced elective credits (any 300 level or above).

Completion of the B.S. in engineering degree at Case Western Reserve University or the University of Pittsburgh is a requirement for graduation.

BA Course Sequence – Binary Engineering program
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REQUIREMENTS FOR THE MINOR