University of Wisconsin–Parkside

What you'll study

This specialised master’s pathway combines core biotechnology coursework with modules and laboratory training centred on human reproductive biology. You study advanced molecular biology and cell culture techniques alongside subject-specific topics such as reproductive physiology, embryology, assisted reproductive technologies (ART), reproductive endocrinology and molecular genetics of fertility. The curriculum emphasises practical laboratory competencies — including gamete and embryo handling, in vitro fertilisation principles, microscopy and imaging, cryopreservation methods and quality assurance in clinical laboratories — together with data analysis and experimental design.

• Core biotechnology modules: advanced molecular techniques, protein biochemistry, cell culture and tissue engineering, bioinformatics and biostatistics.
• Human reproduction modules: reproductive physiology, embryology, assisted reproductive technologies, reproductive genetics and endocrinology, developmental biology.
• Professional and regulatory modules: laboratory quality systems, bioethics and regulatory affairs relevant to clinical and assisted reproduction settings.
• Research and practical training: a laboratory‑based thesis or capstone project, supervised lab rotations, and seminar presentation requirements. Students typically gain hands‑on experience in bench techniques, microscopy, molecular assays and laboratory record-keeping required for clinical workflows.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in biology, biotechnology, biochemistry or a closely related life‑science discipline. Typical preparation includes coursework in molecular biology, genetics, cell biology and general chemistry, plus laboratory experience. Competitive applications include a strong academic record, a statement of purpose outlining research or career goals, and two academic or professional references.

Specific requirements commonly requested by the programme:

• A completed undergraduate degree in a relevant field with a satisfactory cumulative GPA.
• Evidence of laboratory experience (coursework, research projects, internships or employment).
• A personal statement describing interest in human reproduction and intended research or career objectives.
• Two references (academic or professional); some applicants may be asked to attend an interview or provide examples of laboratory work.
• For applicants whose first language is not English, an accepted English language proficiency test or other evidence of English ability as required by the university.

Career prospects

Graduates are prepared for technical and research roles where expertise in reproductive biology and applied biotechnology is required. Common career pathways include positions in fertility and IVF laboratories as embryologists or laboratory technologists, research scientist roles in reproductive biology or developmental biology labs, and technical roles in biotech and pharmaceutical companies that develop fertility diagnostics, reproductive therapeutics or related assays.

Other opportunities include quality control and regulatory affairs positions in clinical laboratory settings, roles in clinical trials or product development for assisted reproduction technologies, and further academic or clinical training leading to specialised certification (for example, clinical embryology certification where applicable). The programme also provides a foundation for students who choose to continue to doctoral study in reproductive or developmental biology.

Why study at University of Wisconsin–Parkside

University of Wisconsin–Parkside offers a learning environment with small class sizes and close faculty supervision, which supports hands‑on laboratory training and personalised research mentorship. The campus’s biology and biotechnology facilities equip students to develop practical bench skills alongside theoretical knowledge. Students benefit from the university’s regional connections to healthcare providers and research institutions in the greater Milwaukee–Kenosha area, facilitating internships, collaborations and placement opportunities.

The programme’s applied focus prepares graduates for immediate entry into laboratory and industry roles or for advanced research degrees. Faculty with expertise in molecular biology, cell biology and applied biotechnology supervise projects that reflect current laboratory standards and ethical considerations in human reproduction, helping students build skills that are directly relevant to employers in fertility services, biotech and clinical research.