St. John's University

What you'll study

The programme blends core biotechnology principles with modules focused on human reproductive biology and applied assisted reproductive technologies. You study fundamental molecular and cellular techniques alongside specialised subjects that examine reproductive physiology, embryology and the genetic bases of infertility.

• Core molecular biology and laboratory skills — DNA/RNA techniques, protein analysis, cell culture and advanced microscopy.
• Reproductive physiology and endocrinology — gametogenesis, menstrual cycle regulation, ovarian and testicular function.
• Assisted reproductive technologies (ART) — principles and laboratory methods for IVF, ICSI, cryopreservation and embryo culture, with emphasis on lab best practice and quality assurance.
• Genetics of reproduction — approaches to diagnosing genetic causes of infertility, preimplantation genetic testing concepts and counselling considerations.
• Stem cells and developmental biology — early human development, pluripotency and applications to reproductive medicine.
• Ethics, regulation and professional practice — legal frameworks, bioethics, patient consent and clinical governance relevant to reproductive technologies.
• Bioinformatics and data analysis — sequencing data, variant interpretation and statistical methods used in reproductive genomics.
• Research project or dissertation — an independently led laboratory or literature-based research project supervised by programme faculty, integrating skills learned across modules.
• Optional electives and placements — opportunities to select electives in related fields or undertake short placements in research laboratories or clinical settings, subject to availability.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in biology, biotechnology, biochemistry, biomedical science or a closely related discipline. Evidence of substantial laboratory experience at undergraduate level is typically required.

• Academic transcript demonstrating a strong performance in relevant science modules.
• One or more academic or professional references that comment on laboratory competence and suitability for graduate study.
• A personal statement outlining research interests and career goals in human reproduction or related areas.
• A current CV listing laboratory experience, technical skills and any relevant placements.
• International applicants will need to meet English language requirements with a recognised test or equivalent qualification.

Additional assessments such as an interview or submission of a research proposal may be requested for some applicants. Specific minimum grades, test scores and documentation requirements are detailed by the university admissions office.

Career prospects

Graduates are prepared for a range of laboratory and clinical-support roles within the reproductive health sector and biotechnology industry. Typical career paths include:

• Clinical embryologist or IVF laboratory technologist (often requiring additional clinical training and certification where regulated).
• Research scientist in academic or commercial labs focused on reproductive biology, fertility preservation or developmental genetics.
• Roles in reproductive genetics and diagnostic laboratories, including preimplantation genetic testing services.
• Regulatory affairs, quality assurance and laboratory management positions within biotech companies specialising in reproductive health.
• Further academic study (PhD) leading to a research career in reproductive science or related biomedical fields.
• Policy, counselling or patient-support roles that draw on knowledge of ethics and regulation in reproductive technologies.

Why study at St. John's University

St. John’s offers small cohort sizes and close supervision, enabling hands-on laboratory training and direct mentorship from research-active faculty in biomedical sciences. The university’s location provides access to a wide network of clinical and research institutions in the surrounding city, which supports placement opportunities and industry links.

Students benefit from modern laboratory facilities, core equipment for molecular and cell biology work, and structured support for career development and research skills. The programme emphasises translational skills — combining rigorous bench training with consideration of ethical, legal and professional practice — to prepare graduates for work in clinical and commercial environments linked to human reproduction.