University of Chicago

What you'll study

This programme covers core biotechnology principles alongside specialised topics in human reproduction. Core laboratory and theoretical modules typically include molecular biology techniques, cell and developmental biology, genomics and bioinformatics, reproductive endocrinology, and stem cell biology. Specialist reproductive modules examine gametogenesis, early embryonic development, assisted reproductive technologies (ART), preimplantation genetic testing, cryobiology, and reproductive genetics.

Practical training emphasises hands-on laboratory skills: aseptic technique, micromanipulation, IVF laboratory procedures, PCR and next‑generation sequencing workflows, imaging of embryos and cells, and quality systems common in clinical and regulated laboratory settings. Students usually undertake a research project or capstone that places lab research or translational development at its centre; projects are often undertaken in collaboration with University of Chicago Medicine, the Institute for Molecular Engineering or affiliated research groups.

The curriculum also addresses the ethical, legal and regulatory framework surrounding reproductive technologies, covering topics such as bioethics, patient consent, clinical compliance, laboratory accreditation and health policy. Professional development modules commonly include statistics for life sciences, project management, scientific communication and pathways to clinical certification where relevant.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in biology, biochemistry, molecular biology, biomedical engineering, or a closely related discipline. Competitive applicants demonstrate solid foundational knowledge in genetics, cell biology and basic laboratory methods. Prior laboratory experience—through research projects, internships or clinical placements—is strongly recommended.

Applications typically require an academic transcript, a personal statement describing research interests and career goals, a CV, and at least two academic or professional references. Some applicants may be invited to interview. Additional requirements may include proof of English language proficiency for international students and, for certain clinical pathways, clearances or documentation related to working in a healthcare setting. The programme may consider applicants with non‑traditional backgrounds if they can demonstrate strong quantitative and laboratory skills.

Career prospects

Graduates enter a range of roles across clinical, research and commercial sectors. Common pathways include positions in IVF and ART laboratories (embryology or andrology support roles), research scientist positions in reproductive biology and developmental biology labs, roles in reproductive genetics and molecular diagnostics, and quality and regulatory affairs within biotech companies focused on fertility technologies.

Other careers include product development and technical roles at biotech firms making reagents, devices or diagnostics for reproductive health, clinical trial support, policy and ethics advisory roles, and progression to doctoral research or clinical training. Some graduates pursue certification routes to become licensed clinical embryologists or laboratory directors where regional credentialing permits.

Why study at University of Chicago

The University of Chicago offers a strong translational research environment that bridges basic molecular science and clinical medicine. Students benefit from access to world‑class research centres and clinical facilities, interdisciplinary collaboration across molecular engineering, medicine and biological sciences, and established links with Chicago’s biomedical community.

The programme emphasises rigorous laboratory training and ethical, regulatory awareness—important for work in human reproduction—while providing mentorship from faculty actively engaged in reproductive biology and related biotechnology development. Professional development resources and an entrepreneurial ecosystem help students translate research into commercial or clinical applications, and the university’s location offers networking opportunities with regional hospitals, fertility clinics and biotech companies.