Georgetown University

What you'll study

The programme combines core biotechnology training with specialised modules in human reproductive biology and clinical laboratory practice. Students study advanced topics in gametogenesis, embryology, reproductive endocrinology, stem cell biology and reproductive genetics alongside hands‑on training in molecular and cellular techniques used in assisted reproduction.

• Core biotechnology methods — molecular biology, next‑generation sequencing, CRISPR and genome editing concepts, proteomics and bioinformatics for reproductive research.
• Reproductive biology and clinical science — oogenesis and spermatogenesis, embryonic development, implantation biology, reproductive endocrinology and infertility mechanisms.
• Assisted reproductive technologies (ART) — clinical embryology techniques (oocyte/embryo handling, ICSI, vitrification), quality management in IVF labs, and laboratory accreditation standards.
• Reproductive genetics and genomics — preimplantation genetic testing, carrier screening, mosaicism, interpretation of genetic test results and counselling considerations.
• Ethics, regulation and policy — bioethics in reproduction, regulatory frameworks for ART and genetic technologies, patient consent, and considerations for clinical translation.
• Research project or practicum — an extended laboratory research thesis or an industry/clinical practicum in an academic, hospital or commercial reproductive laboratory.

The programme typically balances taught modules, hands‑on laboratory classes and a substantial independent research or practicum component so graduates leave with both theoretical knowledge and practical competencies.

Entry requirements

Applicants are expected to hold a bachelor’s degree in a relevant subject such as biology, biomedical sciences, biochemistry, molecular biology or a related discipline. Typical preparations include foundational coursework in cell biology, genetics and biochemistry and prior laboratory experience is strongly preferred.

• Academic record — a competitive undergraduate degree in a relevant subject; specific GPA requirements vary by programme.
• Laboratory experience — demonstrable hands‑on experience in a research or clinical laboratory strengthens an application; prior exposure to molecular techniques is advantageous.
• Application materials — transcripts, CV, personal statement describing research interests and career goals, and two or more academic or professional references.
• English language proficiency — required for applicants whose prior education was not in English, as demonstrated by recognised test scores or exemptions where applicable.

Some applicants may also present evidence of relevant clinical or industry experience in reproductive health, though this is not generally a strict requirement. Specific admissions criteria and any optional test requirements are available from the university’s graduate admissions office.

Career prospects

Graduates enter a variety of roles across clinical, research and commercial settings. Common career paths include:

• Clinical embryologist or IVF laboratory scientist — roles in fertility clinics and ART laboratories (many countries require additional clinical certification or licensing).
• Research scientist — positions in reproductive biology, developmental biology and translational research in academic or industrial labs.
• Genetics and diagnostics — work in clinical genetics laboratories, preimplantation genetic testing services and molecular diagnostics companies.
• Regulatory, quality and clinical trial roles — quality assurance in ART labs, regulatory affairs for reproductive technologies and coordination of clinical research studies.
• Biotech and product development — roles in companies developing reproductive health technologies, fertility devices, and biologics related to reproductive medicine.
• Further study and academia — progression to doctoral research (PhD) or clinical training in reproductive medicine and related specialties.

Why study at Georgetown University

Georgetown offers interdisciplinary strengths in biomedical research, clinical translation and bioethics, making it well suited for a programme focused on human reproduction. Students benefit from proximity to Georgetown University Medical Center and affiliated hospitals for clinical collaborations, access to faculty with expertise in reproductive endocrinology and developmental biology, and opportunities to engage with translational research initiatives.

Additionally, the university’s strong emphasis on ethics and public policy provides depth in understanding regulatory and societal issues surrounding reproductive technologies. Washington, D.C. also affords networking opportunities with regulatory agencies, professional societies and industry partners engaged in reproductive health and biotechnology.