University of Mississippi

What you'll study

The programme combines core biological sciences with specialised biomedical topics to develop a strong understanding of living systems from molecules to organisms, emphasising human health and disease. Students complete foundational coursework in cellular and molecular biology, genetics, biochemistry and physiology before moving into applied biomedical subjects.

• Core scientific foundations: introductory biology, general and organic chemistry, calculus or statistics, and physics to ensure quantitative and chemical literacy.
• Core biology and biomedical modules: cell biology, molecular biology, genetics, microbiology, immunology, human anatomy and physiology, and biochemical approaches to health and disease.
• Laboratory and technical training: multi-term laboratory courses covering microscopy, molecular cloning, PCR, electrophoresis, protein techniques, cell culture fundamentals and laboratory safety and data analysis.
• Specialist electives: courses in developmental biology, neuroscience, pharmacology, pathology, bioinformatics and genomics to allow focused study in areas of biomedical interest.
• Research and capstone: independent research projects with faculty mentors, senior seminars or a capstone experience that develop experimental design, data interpretation and scientific communication skills.
• Professional development: coursework and workshops in ethics, scientific writing, grant preparation and preparation for health professions or graduate school applications.

The degree typically features a mixture of lectures, small-group seminars, laboratory practicums and opportunities for mentored research. Students may also undertake internships or clinical observation placements through university partnerships to gain practical exposure to healthcare environments.

Structure

Students follow a curriculum of general education plus major requirements, normally completed over four years. The major includes lower-division foundational courses, upper-division specialised courses and at least one sustained laboratory or research experience. Elective options allow concentration in areas such as molecular medicine, neuroscience or public health-related biology.

Entry requirements

Applicants are expected to have completed a strong secondary school curriculum with emphasis on science and mathematics. Typical expectations include:

• Academic credentials: high school diploma or equivalent with competitive grades in core subjects, particularly biology, chemistry and mathematics.
• Recommended preparatory subjects: college-preparatory biology, chemistry (preferably two years including lab work), mathematics (algebra and precalculus or calculus) and physics if available.
• Standardised tests and application materials: the university evaluates applications holistically; applicants submit a completed undergraduate application and may include standardised test scores where required or optional. Official transcripts and any required supporting documents must be provided.
• Additional helpful experience: prior laboratory experience, volunteering or shadowing in healthcare settings, and participation in science clubs or research programs strengthen an application.
• Transfer students: should provide college transcripts showing completed coursework in biology and chemistry; transfer credit and articulation are assessed by the registrar and department.

Prospective students with specific questions about admissibility or course waivers should consult the university's admissions and departmental advising offices for personalised guidance.

Career prospects

Graduates with a bachelor's in Biological and Biomedical Sciences from the University of Mississippi pursue a variety of pathways in research, healthcare and industry. Common career outcomes include:

• Research and laboratory roles: research technician or laboratory assistant in academic, governmental or commercial laboratories.
• Healthcare and clinical careers: preparation for professional health programmes (medical, dental, physician assistant, nursing, pharmacy) or entry-level roles in clinical laboratories—additional certification or professional training is typically required for clinical positions.
• Biotechnology and pharmaceutical industries: roles in product development, quality control, regulatory affairs and medical affairs.
• Public health and policy: positions in public health agencies, epidemiology support, health education and disease prevention programmes.
• Further study and academia: many graduates continue to graduate school (PhD, MD/DO, or other professional degrees) to pursue research, clinical medicine or academic careers.
• Science communication and education: opportunities in science writing, outreach, museum education or secondary teaching (licensure requirements apply for K–12 teaching).

Hands-on laboratory skills, research experience and the university's pre-health advising enhance employability and preparation for graduate or professional programmes.

Why study at University of Mississippi

The University of Mississippi offers access to active research laboratories, experienced faculty mentors and structured pre-health advising that supports students aiming for medical and other professional schools. The university fosters undergraduate research through faculty-led projects and summer programmes, giving students practical experience in experimental design and data analysis.

Students benefit from small-group instruction in upper-division courses and laboratory sections, cross-disciplinary collaboration with related departments, and connections to regional healthcare and research institutions for internships and clinical exposure. Comprehensive academic support services, career counselling and opportunities for student organisations in the sciences help prepare graduates for a range of biomedical careers or further study.