Rochester Institute of Technology

What you'll study

This degree builds a strong foundation in core biological and chemical sciences before concentrating on topics specific to human reproduction and reproductive biotechnology. Early-year coursework covers general biology, cell and molecular biology, genetics, biochemistry and quantitative skills such as calculus and statistics. Laboratory courses emphasise aseptic technique, molecular assays, microscopy, tissue culture and data analysis.

Specialist and advanced modules typically include reproductive physiology, embryology, assisted reproductive technologies (ART), gamete and embryo handling, cryopreservation, reproductive endocrinology, developmental biology, and clinical diagnostic methods. The curriculum also covers quality systems, laboratory management, bioethics, regulatory affairs and good laboratory/clinical practice to prepare students for work in regulated environments.

Students engage in hands-on laboratory practicums, case-based learning and project work. Many students complete a substantial capstone research project or internship with industry, clinics or academic research groups to apply techniques such as PCR, next-generation sequencing interpretation, imaging of embryos and hormone assay validation.

Typical modules and topics

• General Biology and Cell Biology
• Genetics and Genomics
• General and Analytical Chemistry
• Biochemistry and Molecular Techniques
• Reproductive Physiology and Endocrinology
• Embryology and Developmental Biology
• Assisted Reproductive Technologies (IVF laboratory skills, sperm and oocyte handling)
• Cryopreservation Principles and Practice
• Clinical Laboratory Methods and Diagnostics
• Laboratory Quality Management, Ethics and Regulatory Compliance
• Statistics for Life Sciences and Bioinformatics Basics

Entry requirements

Applicants should hold a recognised secondary school qualification with strong preparation in biology, chemistry and mathematics. Typical academic preparation includes courses in biology, chemistry (including laboratory work), mathematics and preferably physics. Admissions will consider the breadth and depth of science coursework, grades, and demonstrated laboratory interest.

RIT also looks for evidence of practical experience or motivation for laboratory work, such as laboratory classes, science projects, volunteering in healthcare settings or work experience in life-science environments. International applicants must meet English language proficiency requirements through an accepted test or approved prior medium of instruction.

Successful applicants are expected to have the personal attributes suited to laboratory and clinical work: attention to detail, manual dexterity, strong communication skills and an understanding of ethical issues in human-focused research. Specific course prerequisites and minimum qualifications are published by the university and should be checked on RIT's admissions pages.

Career prospects

Graduates are prepared for a range of entry-level positions in reproductive health and related biotechnology sectors. Common roles include embryology laboratory technician, IVF laboratory assistant, clinical laboratory technologist (with appropriate certification where required), research technician in fertility and developmental biology labs, and roles in quality assurance or regulatory affairs for fertility clinics and biotech firms.

Alumni may also progress to postgraduate training — clinical embryology certification, medical laboratory science programmes, master's or PhD research in reproductive biology, assisted reproduction, genetics or related translational research areas. The combination of laboratory skills and regulatory knowledge also suits careers in medical device companies, diagnostic assay development and healthcare consulting.

Why study at Rochester Institute of Technology

RIT emphasises experiential learning and applied science; students benefit from extensive hands-on training in well-equipped teaching and research laboratories and from cooperative education and internship opportunities that connect classroom learning with industry and clinical partners. The university's close ties with regional healthcare providers, research institutes and biotechnology companies help students access placements in reproductive medicine and related fields.

Faculty teaching the programme bring active research and clinical experience in molecular biology, reproductive sciences and laboratory management, and the curriculum integrates technical training with instruction in ethics, regulatory requirements and professional practice. Small laboratory classes and project supervision provide personalised mentoring to develop practical competence and professional readiness.

Overall, the programme is designed to produce graduates who are technically skilled, ethically informed and ready to contribute to reproductive health services, laboratory research or further professional study.