Bachelor of Science in Biomedical Sciences

The B.S. in Biomedical Sciences at the University of South Alabama provides substantial hands-on preparation, particularly through its Biotechnology concentration, which has an applied, skill-based laboratory component covering genetics, molecular biology, and recombinant DNA technology. Students can also develop research experience through courses such as BMD 450: Intro to Research, BMD 494: Directed Studies, and BMD 499: Honors Research, with BMD faculty available to provide mentorship for directed studies.

The university's biomedical research environment gives students access to facilities and technologies associated with the Whiddon College of Medicine and Mitchell Cancer Institute, including bioimaging, flow cytometry, mass spectrometry, and biobanking/histology research resources. These facilities use advanced microscopy, cell-sorting, molecular-analysis, and tissue-analysis technologies that complement the program's biomedical and biotechnology coursework.

Students can build practical experience through the following opportunities:

• Applied biotechnology laboratories: The Biotechnology concentration includes BMD 331: Biotechnology Skills I, BMD 451: Biotechnology Skills II, and BMD 323: Biochemistry Lab, providing hands-on laboratory training alongside the theoretical curriculum.

• Research experience: BMD 450: Intro to Research, BMD 494: Directed Studies, and BMD 499: Honors Research provide routes into undergraduate research, with faculty mentorship available for directed studies.

• Advanced imaging: The university's Bioimaging Core Research Facilities provide access to automated confocal, spectral, and super-resolution microscopy, including systems designed for live video microscopy.

• Flow cytometry: The Flow Cytometry Shared Resource Laboratories provide access to instrumentation, training, and expert assistance with experimental design at facilities in the Medical Sciences Building and Mitchell Cancer Institute.

• Mass spectrometry: The Mass Spectrometry Core Facility supports accurate-mass measurements, metabolomics, proteomics, experimental design, and method development.

• Biobanking and histology: The USA Health Biobank and Histology Core Facility provides biospecimen collection, processing and storage, molecular analysis, and histology services including immunohistochemistry.

• Biomedical research institutes and centers: Students are part of a university environment that includes the Mitchell Cancer Institute, Center for Lung Biology, Center for Healthy Communities, Center of Excellence for Health Disparities Research, and Center for Strategic Health Innovation.

• Specialized research equipment: University research facilities include technologies such as LC-MS/MS systems, flow cytometers, confocal microscopes, genetic analysis systems, 3D bioprinting equipment, and advanced imaging systems.

• Biomedical Library: The Charles M. Baugh Biomedical Library supports students and researchers in medicine, nursing, and allied health and provides biomedical reference resources.

Facilities & Resources:The program benefits from South Alabama's wider biomedical research infrastructure, including the Medical Sciences Building, Mitchell Cancer Institute, Bioimaging Core Research Facility, Flow Cytometry Shared Resource Laboratories, Mass Spectrometry Core Facility, USA Health Biobank and Histology Core Facility, Laboratory for Infectious Disease (BSL-3), and AAALAC-accredited vivarium. These resources provide a research environment spanning microscopy and imaging, cellular analysis, molecular and tissue studies, infectious-disease research, and biomedical experimentation.

The B.S. in Biomedical Sciences at the University of South Alabama gives students several directions after graduation, from entry-level roles in biotechnology, pharmaceutical and government settings to further study in medicine, dentistry, pharmacy, optometry, physical therapy, public health and biomedical research. The university's three concentrations — Pre-Health Professions, Biotechnology, and Public and Global Health — allow students to shape their undergraduate preparation around their intended career or postgraduate pathway.

Typical career roles: Biomedical Researcher, Biotechnology Laboratory Technician, Clinical Research Assistant, Public Health Educator.

• Career services: University of South Alabama's Career Development provides access to jobs, internships, career events, networking opportunities, career-fair preparation and on-campus interviews. Students can use Accelerate South to search opportunities, build professional connections and track career development.
• Employment and salary outlook: USA's Biomedical Sciences Career Map reports 5% job growth by 2032, a median salary range of $60,780–$91,290 per year, approximately 342,900 annual job openings, and a current workforce of more than 165,000 for the occupations represented in its career map. These are broader labor-market figures rather than salaries or placement rates specifically for South Alabama graduates.
• Internships and work experience: The university offers a formal Cooperative Education and Internship Program, where students can gain supervised work experience, receive employer feedback and have their participation officially recognized on their transcript.
• University–industry and research connections: South Alabama's biomedical environment connects students with USA Health and the Mitchell Cancer Institute, where clinical and biomedical research take place. The university also has research facilities that serve outside institutions and companies, including the Mass Spectrometry Core Facility, which provides services to outside institutions and companies.
• Research and biotechnology pathway: The Biotechnology concentration is specifically designed to prepare students for entry-level biotechnology positions or M.S. and Ph.D. research programs, while the Public and Global Health concentration identifies opportunities in scientific research, public health, global health education, industry and government laboratories such as the CDC.
• Professional accreditation value: The B.S. in Biomedical Sciences is an academic degree rather than a separately licensed clinical-profession program, so the university does not identify a professional clinical accreditation for the degree itself. Its long-term value comes from preparing students for professional-school prerequisites, graduate research and health-related employment rather than providing a standalone clinical license.
• Graduation outcomes: The degree requires 120 credit hours, and the university's career map specifically guides final-year students toward professional-school applications, graduate programs, scientific research, public health and entry-level opportunities in pharmaceutical and government sectors.

Further Academic Progression: After completing the B.S., students can continue into M.S. or Ph.D. research programs in biomedical or related sciences, or pursue professional education in medicine, dentistry, pharmacy, optometry, physical therapy, public health and other health professions. South Alabama itself offers an M.S. in Biomedical Sciences and, beginning in Fall 2026, an M.P.H., creating additional postgraduate options within the university.