University of North Florida

What you'll study

The BS Biology curriculum combines foundational coursework in chemistry, physics and mathematics with core biological subjects such as cell biology, genetics, ecology, physiology and evolution. Students take a mixture of lectures, laboratory classes and field courses that emphasise practical skills and scientific reasoning.

• Core modules: introductory biology, cellular and molecular biology, genetics, ecology, organismal biology and evolutionary biology.
• Laboratory and practical work: multi-semester lab sequences, molecular techniques, microscopy, histology and experimental design.
• Specialist and elective options: courses in marine and freshwater ecology, plant biology, microbiology, immunology, neurobiology, conservation biology and biotechnology.
• Research and capstone: opportunities for faculty-mentored undergraduate research, independent study projects and a senior seminar or capstone experience to develop communication and data-analysis skills.
• Field experiences and internships: field trips, practicum courses and internship placements with local hospitals, environmental agencies, laboratories and conservation organisations to gain applied experience.

Typical degree structure

The programme is structured to include lower-division prerequisites and general education requirements followed by upper-division major coursework. Students often complete laboratory sequences in the first two years and progress to advanced electives, research projects and internships in the later years. Advising guides students through appropriate course sequencing and options for specialisation or pre-professional tracks.

Entry requirements

Applicants are expected to have completed a college-preparatory secondary-school curriculum including mathematics and laboratory science. Successful candidates typically demonstrate strong performance in biology, chemistry and mathematics courses. Specific admissions criteria differ for first-year, transfer and international applicants; common elements include:

• Completion of high-school coursework with college-preparatory science and mathematics.
• Transfer applicants should present transferable college credit or an associate degree and transcripts showing solid performance in science and math courses.
• International applicants must provide evidence of English language proficiency through recognised tests or qualifications.
• Students applying to professional or competitive tracks (e.g. pre-medical) are encouraged to meet recommended prerequisite courses and to engage in laboratory experience or volunteer work.

Prospective students should consult the university admissions office and the biology department for detailed guidance on course prerequisites, placement and advising.

Career prospects

A biology degree from the University of North Florida prepares graduates for a wide range of careers and further study. Common paths include:

• Further study: graduate research programmes (Masters/PhD) in biological sciences or professional schools in medicine, dentistry, veterinary medicine, pharmacy or physician assistant programmes.
• Laboratory and technical roles: research technician, laboratory manager, quality control analyst or clinical laboratory technologist (additional certification may be required for clinical roles).
• Environmental and conservation careers: wildlife biologist, environmental consultant, natural resource manager or roles with conservation NGOs and government agencies.
• Biotechnology and industry: positions in biotech companies, pharmaceutical firms, and applied research organisations.
• Education and outreach: science educator, museum or aquarium educator, and community outreach roles that combine subject knowledge with communication skills.

Undergraduate research, internships and local partnerships help graduates build experience and professional networks that support employment or graduate school applications.

Why study at University of North Florida

The University of North Florida offers a biology programme with small to mid-sized classes, accessible faculty and hands-on learning emphasising both laboratory and field-based science. Located in northeastern Florida, the university provides easy access to coastal and inland ecosystems ideal for field research and ecology courses.

• Undergraduate research: students can work with faculty on active research projects, gaining practical laboratory and analytical skills.
• Practical training: well-equipped teaching laboratories, field equipment and opportunities for internships with local hospitals, environmental organisations and industry partners.
• Support and advising: structured academic advising, career guidance and pre-professional advising for students aiming for graduate or professional schools.

These features make UNF a strong option for students seeking an applied, research-friendly undergraduate biology education with regional field opportunities and support for diverse career goals.