Kent State University

What you'll study

The programme builds a foundation in molecular biology, biochemistry, genetics and cell biology before moving into applied topics centred on human reproduction. Early semesters emphasise core laboratory skills, quantitative methods and the molecular basis of cell function. Later modules cover reproductive physiology, embryology, assisted reproductive technologies (ART) principles, developmental biology, and reproductive genetics. Training includes sterile technique, cell and tissue culture, microscopy, PCR and sequencing workflows, bioinformatics basics and experimental design.

• Core molecular and cellular modules — molecular biology, biochemistry, genetics, cell biology.
• Reproduction‑focused modules — reproductive physiology, embryology, developmental biology, fertility and endocrinology.
• Practical laboratory skills — aseptic technique, tissue and cell culture, microscopy, molecular assays, laboratory quality systems.
• Data and research methods — biostatistics, bioinformatics, experimental design and scientific communication.
• Optional and capstone projects — extended laboratory research projects, internships or industry placements and an independent senior project or practicum in a clinical/research setting.

Entry requirements

Applicants should hold a secondary school qualification equivalent to a high school diploma with a strong emphasis on science and mathematics. Typical preparation includes biology and chemistry at higher secondary level and a solid grounding in mathematics; physics is advantageous. Admissions decisions consider academic record, personal statement and any relevant laboratory or volunteer experience. International applicants must meet English language proficiency requirements. Specific grade thresholds and supporting documentation are published by the university and should be consulted on the admissions pages.

Career prospects

Graduates are prepared for laboratory and technical roles in clinical reproductive centres, fertility clinics, diagnostic laboratories and the broader biotechnology and pharmaceutical sectors. Typical entry roles include clinical embryology technician, reproductive laboratory technologist, research assistant, molecular diagnostics technician and quality control/assurance roles. The degree also provides a strong platform for further training — such as postgraduate degrees in reproductive science, clinical embryology, genetics, medicine, or research‑orientated MSc/PhD programmes — and for careers in regulatory affairs, clinical trials and biomedical sales/support.

Why study at Kent State University

Kent State offers hands‑on laboratory training and opportunities to undertake supervised research projects within departments that emphasise applied bioscience. The campus environment supports multidisciplinary collaboration between biological sciences, health and engineering disciplines, and students can access instrumentation, teaching labs and faculty expertise relevant to molecular techniques and reproductive biology. The university also provides career services, internship coordination and links with regional clinical and industry partners to help bridge study and professional practice.