University of North Florida

What you'll study

The programme provides a balanced curriculum across chemistry, physics and biological sciences with an emphasis on molecular-level understanding and experimental practice. Early years cover foundational coursework such as general chemistry, organic chemistry, introductory physics, calculus and cell biology to build quantitative and conceptual skills.

• Core molecular and cellular subjects: genetics, molecular biology, cell biology, biochemistry and structural biology.
• Chemistry and physics: physical chemistry principles relevant to biomolecules, analytical methods, spectroscopy and thermodynamics applied to biological systems.
• Laboratory and practical skills: multi-credit laboratory courses in biochemistry and molecular biology, advanced lab techniques (PCR, electrophoresis, chromatography), instrumentation, data analysis and laboratory safety.
• Quantitative and computational skills: calculus, statistics, and introductory bioinformatics or computational biology elective options to support modern research practices.
• Research and capstone experience: a significant undergraduate research project, practicum or internship supervised by faculty, culminating in a presentation or written report; opportunities to join active campus research labs.
• Electives and special topics: electives may include microbiology, immunology, neuroscience, environmental molecular biology, structural biophysics, and advanced topics depending on faculty offerings.

The degree typically integrates general education requirements with major-specific coursework, and students are encouraged to pursue summer research, internships with local healthcare or industry partners, and honours research where available.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with a strong record in STEM subjects. Typical preparation includes high school chemistry and biology, mathematics (algebra and precalculus; calculus is strongly recommended) and familiarity with laboratory work where possible.

• Academic preparation: solid attainment in science and maths courses; well-prepared applicants demonstrate the ability to cope with rigorous quantitative coursework.
• Transferring students: applicants transferring from community colleges or other universities should provide official transcripts and evidence of completed prerequisite courses such as general chemistry and introductory biology; articulation agreements may apply.
• Additional materials: personal statements outlining interest in molecular biosciences, and letters of recommendation can strengthen an application; relevant extracurricular experience (research, lab work, volunteering) is beneficial.
• English language: non-native English applicants must meet the university's standard English-proficiency requirements.

Career prospects

Graduates leave with a versatile skill set valued across research, healthcare and industry. Common career paths include:

• Laboratory technician or research assistant roles in academic, government or commercial research labs.
• Positions in biotechnology and pharmaceutical companies in areas such as quality control, assay development and production support.
• Further training in graduate (MS/PhD) programmes in biochemistry, molecular biology, biophysics or related fields for research careers.
• Qualification for professional schools in medicine, dentistry, veterinary medicine or allied health, where the programme provides strong preparation for required admission tests and prerequisite coursework.
• Careers in forensic science, environmental testing, regulatory affairs, scientific sales, and technical writing or communication.

Students benefit from UNF's career services, faculty networks and local industry connections to secure internships and lab placements that support transition to employment or postgraduate study.

Why study at University of North Florida

The University of North Florida offers an undergraduate-focused environment with accessible faculty and a strong emphasis on hands-on learning. Small to mid-sized class sections in upper-level courses allow close mentorship from faculty active in research across molecular biology, biochemistry and biophysics.

• Undergraduate research opportunities: students can join faculty laboratories and participate in ongoing projects, gaining real research experience and the chance to present findings.
• Facilities and resources: on-campus teaching and research laboratories equipped for modern molecular and biochemical techniques support practical skill development.
• Location and partnerships: proximity to Jacksonville's healthcare, research and biotech employers creates internship and employment opportunities.
• Supportive learning ecosystem: academic advising, tutoring services and career development help students plan coursework, research and post-graduation pathways.

Overall, the programme is designed for students who want a rigorous, research-oriented undergraduate experience that prepares them for diverse scientific careers or further study.