Indiana University Bloomington

What you'll study

The programme combines rigorous molecular and cellular biotechnology with focussed study of reproductive biology and clinical applications. Core modules cover molecular biology and laboratory methods, reproductive physiology and developmental biology, and the principles and practice of assisted reproductive technologies (ART). Students also study reproductive genetics, stem cell biology as it relates to gametogenesis and early development, and quality systems for clinical laboratories.

• Molecular and Cellular Techniques: advanced PCR, next‑generation sequencing concepts, cell culture, microscopy and protein analysis with an emphasis on experimental design and data interpretation.
• Reproductive Physiology and Development: gametogenesis, fertilisation, early embryonic development, implantation and placenta biology.
• Assisted Reproductive Technologies: laboratory methods used in IVF/ICSI, embryo culture and cryopreservation, laboratory quality management and hands‑on training in ART workflows where clinical partners are available.
• Reproductive Genetics and Genomics: cytogenetics, preimplantation genetic testing principles, carrier screening and ethical considerations of genomic testing in reproduction.
• Regulation, Ethics and Policy: legal frameworks, ethical debates around fertility treatments, donor conception, and counselling considerations.
• Applied Project or Thesis: a laboratory research project or industry/practicum placement that delivers practical experience in a research lab, fertility clinic laboratory or biotech company.

Teaching is a blend of lectures, practical laboratory classes, seminars and supervised research. Students typically complete a capstone research project or industry practicum, which develops specialised skills and a portfolio of applied experience.

Entry requirements

Applicants should hold a bachelor’s degree in biology, biochemistry, biomedical science or a closely related discipline with solid laboratory training. Typical requirements include:

• A completed undergraduate degree with a strong record in relevant science modules (biology, molecular biology, genetics, or biochemistry).
• Demonstrable laboratory experience — either from undergraduate practical courses, research projects or employment in a life‑science laboratory.
• A personal statement outlining research interests and career goals, and how the human reproduction specialism fits those goals.
• Two academic or professional references that can speak to the applicant’s scientific ability and potential for graduate study.

Some applicants come from allied backgrounds (nursing, medical technology) and may be considered if they demonstrate sufficient practical lab skills and coursework. International applicants must meet English language proficiency standards. Specific grade thresholds, documentation and any additional requirements (such as a CV, interview or portfolio) are provided by the programme admissions office.

Career prospects

Graduates move into a range of roles across clinical, research and commercial settings. The programme builds practical laboratory skills and domain knowledge valued by employers in reproductive health and biotechnology.

• Clinical embryology and andrology laboratories: roles in IVF clinics and fertility centres (note that some clinical positions require additional certification or clinic‑specific training).
• Research scientist or technician: positions in academic or industry research groups studying reproductive biology, developmental biology, stem cells or reproductive genetics.
• Regulatory, quality assurance and laboratory management: roles ensuring compliance of clinical and diagnostic laboratories with regulatory standards and quality systems.
• Biotech and diagnostics industry: positions in product development, assay validation, technical support or scientific affairs focused on reproductive health technologies.
• Further study: progression to PhD research in reproductive sciences, developmental biology or related biomedical fields.

Why study at Indiana University Bloomington

Indiana University Bloomington offers an interdisciplinary research environment with strengths in molecular biology, developmental biology and collaborative ties to clinical researchers at the Indiana University School of Medicine. Students benefit from well equipped campus laboratories, core facilities for genomics and microscopy, and access to faculty whose research spans basic and translational reproductive science.

The campus supports close mentorship and opportunities for collaborative projects across departments, and established relationships with regional clinical partners and biotech companies facilitate practicum placements and applied research projects. Career services and departmental networks help graduates transition into clinical laboratories, industry roles or further research training.