BS in Biochemistry

The University of Pittsburgh's Biochemistry major places substantial emphasis on research and laboratory learning. Students progress from the Foundations of Biology Research Labs and Intermediate Biology Research Laboratory into advanced biochemistry laboratory work, while the department strongly encourages undergraduates to participate in original faculty research and internships. Pitt's biochemistry researchers use techniques including X-ray crystallography, protein and nucleic-acid purification and analysis, steady-state and single-turnover kinetics, and mathematical modeling, giving students access to research environments connected to molecular mechanisms and biological macromolecules.

The department is housed in a complex containing classrooms, teaching laboratories, and research laboratories, with faculty research taking place in facilities including Langley Hall, Clapp Hall, Crawford Hall, and the Life Sciences Annex. Students can also undertake internships and research experiences within Pitt's broader health-sciences environment, including laboratories in the Medical School and Dental School.

Key experiential opportunities include:

• BIOSC 0157 — Foundations of Biology Research Labs 1 & 2: introduces students to research-based laboratory experiences early in the degree.

• BIOSC 0267 — Intermediate Biology Research Laboratory: a new major-specific research laboratory beginning in Fall 2026, giving Biochemistry students further experience with biological research.

• BIOSC 1823 — Biochemistry Lab for Biochemistry Majors: advanced laboratory work specifically incorporated into the revised Biochemistry curriculum.

• BIOSC 1903 — Undergraduate Research: students can undertake original research with faculty and may participate on a volunteer, credit-bearing, or sometimes paid basis.

• BIOSC 1904 — Undergraduate Honors Research: provides an additional research route for students pursuing departmental honors.

• Biochemistry research: Pitt faculty investigate protein and RNA catalysts, protein quality control, host-pathogen interactions, computer-aided drug design, phages and tuberculosis, ion-channel function, DNA replication, RNA biology, and structural biology.

• Research techniques: departmental biochemistry research uses X-ray crystallography, protein and nucleic-acid purification and analysis, kinetic studies, and mathematical modeling.

• Academic internships: students can arrange internships for academic credit, paid or volunteer experience, including previous placements with UPMC, the Allegheny County Coroner's Office, Carnegie Museum, Pittsburgh Zoo, Pennsylvania Department of Environmental Protection, and Pitt's Pathology Department.

• External research opportunities: the department maintains information on summer research programs, fellowships, and internships at universities and scientific organizations outside Pittsburgh.

• Scientific communication: BIOSC 1580 Seminar in Biochemistry and BIOSC 1581 Biochemistry Writing Practicum develop students' ability to communicate scientific information effectively.

• ASBMB certification preparation: seniors can take BIOSC 1909 ASBMB Degree Certification Exam Preparation before undertaking the optional ASBMB degree certification examination.

The Biochemistry B.S. prepares graduates for science careers in biotechnology, universities, medical schools, hospitals, government laboratories, research institutes, and public-health institutions, while also providing the scientific preparation needed for medical, dental, health-professional, and graduate programs. Pitt's department specifically identifies opportunities for biochemists at the BS, MS, and PhD levels, making the degree suitable for students who want either to enter scientific employment or continue into advanced study.

Typical job roles: Biochemist, Biotechnology Researcher, Laboratory Scientist, Biomedical Researcher

Students can build their professional pathway through:

• Pitt Career Center: students have access to Career Central, Handshake for jobs and internships, Big Interview for virtual interview practice, Pitt Commons for networking and mentoring, and individual appointments with career consultants. Pitt also has dedicated career consultants for science and STEM students.

• Employment outcomes: Pitt's official Career Center reports a 96.3% successful career outcomes rate for the Class of 2024 across Pittsburgh-campus bachelor's graduates, with an 83.6% knowledge rate. This university-wide figure includes graduates who were working, continuing education, serving in the military, or volunteering and is not a Biochemistry-specific employment rate.

• Salary information: Pitt's published 2023 post-graduation report recorded a $45,000 median reported salary for full-time employed graduates of the Dietrich School of Arts and Sciences. This is a school-level figure rather than a Biochemistry-specific salary and should not be treated as the expected salary for Biochemistry graduates.

• Employer connections: Pitt's Career Center connects students with employers through career fairs, employer events, interviews, internships, and partnerships; its listed Career Center partners include Williams, Norfolk Southern, Bayer, Hitachi Energy, and LANXESS. These are Career Center partners and are not presented by Pitt as Biochemistry-specific placement agreements.

• Research and industry exposure: Biochemistry students can gain experience through Pitt research laboratories and internships, with previous departmental internship destinations including UPMC, the Allegheny County Coroner's Office, Pennsylvania Department of Environmental Protection, and Pitt Pathology.

• Professional preparation: The ASBMB accreditation and optional degree certification provide an externally recognized professional framework for students interested in biochemistry and molecular-biology careers.

• Research-intensive environment: Pitt's Department of Biological Sciences supports more than 25 individual research programs, while the university reported No. 12 nationally in total R&D spending and No. 8 in health-sciences R&D spending in the latest NSF HERD data cited by Pitt.

• Graduate and professional outcomes: The curriculum incorporates preparation for admission to medical, dental, other health-professional, and graduate schools in biochemistry, cell and molecular biology, and related disciplines.

Further Academic Progression: After completing the B.S., students can progress to graduate study in biochemistry, cell and molecular biology, or related disciplines, including master's and Ph.D. pathways. The program also incorporates the scientific prerequisites expected for medical, dental, and other health-professional schools, allowing graduates to use the degree as a foundation for advanced professional education.