Florida State University

What you'll study

This programme combines core biological sciences with focused study of human physiology and disease processes. Early coursework generally covers foundational subjects such as general biology, general and organic chemistry, introductory physics, and college-level mathematics or statistics. As you progress, typical modules include cellular and molecular biology, human anatomy, systems physiology (cardiovascular, respiratory, renal, endocrine and neurophysiology), pathophysiology, pharmacology, and immunology.

Laboratory and practical components are emphasised: you will undertake courses in laboratory methods, histology, physiological measurement techniques, and data analysis. Upper-level options often include specialised topics such as exercise physiology, neurobiology, metabolic disease, cancer biology and clinical correlates of disease. Most students complete a capstone experience or an independent research project under faculty supervision; many take part in structured undergraduate research programmes or internships that place them in clinical, academic or industry laboratories.

Entry requirements

Applicants should have a strong secondary school record with emphasis on science and mathematics. Recommended preparatory subjects include biology, chemistry (ideally with both general and organic chemistry), physics and mathematics (algebra, precalculus or calculus). Schools and colleges typically expect a competitive GPA and will consider the full academic profile, personal statement and any relevant extracurricular experience such as volunteering, research, or healthcare exposure.

Standardised test policies vary by institution; prospective students should consult the university’s admissions pages for current guidance. Transfer applicants will usually need college-level coursework in biology and chemistry and should provide transcripts and, where applicable, placement or competency information for lab science courses. Students without prior laboratory experience can still be admitted but may be required to complete prerequisite lab courses in the first year.

Career prospects

Graduates are prepared for a range of paths in healthcare, research and industry. Common next steps include:

• Professional healthcare programmes — medicine, physician assistant, nursing, dentistry and other clinical professions (often following prerequisite coursework and application to professional schools).
• Research and laboratory roles — research technician, laboratory coordinator, clinical research associate in academic, government or industry settings.
• Biomedical and pharmaceutical industry roles — applications in product development, regulatory affairs, sales and technical support.
• Further academic study — graduate degrees (MS, PhD) in physiology, biomedical sciences, public health or related fields for careers in research and teaching.
• Allied health and public health careers — roles in rehabilitation sciences, occupational therapy, clinical trials and health services.

Students with this degree typically combine their scientific training with relevant internships, volunteering and research experience to improve employability or strengthen professional school applications.

Why study at Florida State University

Florida State University offers access to active research laboratories, modern teaching and wet-lab facilities, and interdisciplinary centres that connect basic physiology with clinical and translational research. Undergraduates benefit from opportunities to work with faculty across biomedical departments, engage in mentored research projects and present findings at campus symposia.

The university’s proximity to teaching hospitals, research institutes and state health agencies provides practical internship and networking opportunities. Support services for undergraduates — including academic advising, career services, pre-health advising and undergraduate research offices — help students plan pathways to graduate/professional programmes or employment. Small-group teaching in upper-level modules and an emphasis on experiential learning make the programme appropriate for students seeking both rigorous coursework and hands-on preparation for careers in health and biomedical sciences.