University of Tennessee

What you'll study

The programme provides a solid foundation in the major subdisciplines of biology through a mix of lecture, laboratory and field-based learning. First-year study emphasises core topics such as cell biology, genetics, organismal biology and ecology, alongside essential supporting courses in chemistry, mathematics and statistics.

• Core modules: cell and molecular biology, genetics, ecology, evolution, physiology.
• Laboratory and practical skills: experimental design, microscopy, molecular techniques (e.g. PCR, gel electrophoresis), quantitative data analysis and laboratory safety.
• Supporting science: general and organic chemistry, calculus or pre-calculus, statistics, physics (as required by chosen track).
• Electives and specialisms: microbiology, developmental biology, plant biology, neurobiology, conservation biology, bioinformatics, genomics and biotechnology.
• Capstone and research opportunities: options commonly include an undergraduate research project, honours capstone, or participation in faculty-led research; many students undertake field courses taking advantage of Tennessee’s diverse ecosystems.
• Professional preparation: courses and workshops to support pre-health and pre-graduate preparation, laboratory internships, and communication and ethics in science.

The degree is structured to allow flexibility: students may follow tracks or concentrations (for example molecular/cellular or organismal/ecology), complete minors in related disciplines, or pursue combined study with professional preparatory sequences.

Entry requirements

Admission to the Bachelor’s in Biology typically requires a completed secondary school qualification with a strong science background. Successful applicants usually present a robust academic record in biology, chemistry and mathematics. Specific expectations include:

• A strong overall high school record with particularly high marks in science and mathematics courses.
• Completion of college-preparatory courses in biology, chemistry and algebra; physics and advanced mathematics are advantageous.
• Standardised test reporting policies may vary; consult the university for current guidance on SAT/ACT submission. International applicants must demonstrate English proficiency through recognised tests or equivalent qualifications where applicable.
• Other helpful materials include a personal statement outlining interest in biology, letters of recommendation from science teachers, and evidence of extracurricular experience such as research, volunteering or science-related summer programmes.

Transfer students are evaluated on college coursework and transferable credits; applicants with prior community college science courses should supply transcripts and course descriptions for assessment.

Career prospects

Graduates of the biology programme move into a wide range of careers across academia, industry, public service and education. Common pathways include:

• Research assistant or laboratory technician roles in academic, government or private-sector labs.
• Further study: many graduates progress to MSc/PhD programmes in biological sciences or to professional schools such as medicine, veterinary medicine, dentistry, pharmacy or physician associate programmes.
• Biotechnology and pharmaceutical industry positions in research and development, quality control, regulatory affairs or manufacturing.
• Conservation and environmental science careers with NGOs, governmental agencies or consulting firms working on biodiversity, wildlife management and habitat restoration.
• Science education and outreach at schools, museums, zoos, or through community science programmes.
• Data-focused roles using bioinformatics, computational biology or biostatistics skills.

The university’s career services, internship networks and research links enhance employability by providing practical experience and industry contacts.

Why study at University of Tennessee

The University of Tennessee offers a biology programme grounded in active research and practical experience. Students benefit from well-equipped laboratories, dedicated undergraduate research opportunities with faculty, and field courses that draw on Tennessee’s varied ecosystems. The institution maintains collaborations with regional research centres and national laboratories, providing pathways for internships and large-scale research projects.

Undergraduates have access to targeted advising for pre-health and graduate pathways, student organisations related to biology and conservation, and campus career services that connect students with employers and research placements. The programme’s combination of classroom learning, hands-on laboratory work and field experience is designed to prepare graduates for a range of scientific and professional careers.