University of Kansas

What you'll study

The programme builds a foundation in molecular biology, biochemistry, genetics and cell biology before progressing to subject matter specific to human reproduction. You will cover both theoretical and practical aspects of reproductive biotechnology, with substantial laboratory tuition and a final research or capstone project.

• Core molecular and cellular modules: molecular genetics, protein biochemistry, cell signalling, and cellular techniques (PCR, electrophoresis, microscopy).
• Reproductive biology modules: reproductive physiology, developmental biology, gametogenesis, endocrinology of reproduction.
• Applied reproductive technologies: assisted reproductive technologies (IVF basics, gamete handling principles), cryopreservation fundamentals, embryo culture concepts and laboratory quality systems.
• Computational and analytical skills: bioinformatics for sequence analysis, biostatistics and experimental design, data analysis using common packages.
• Regulation, ethics and communication: bioethics of human reproduction, regulatory frameworks, consent and patient confidentiality, and science communication for clinical and public audiences.
• Practical training and research: extensive wet‑lab practicals, course‑based projects, placement or internship opportunities with research groups or clinical laboratories, and an individual honours or capstone research project supervised by faculty.

Entry requirements

Applicants should present a high school diploma or equivalent with a strong performance in science and quantitative subjects. Typical preparation includes biology, chemistry and mathematics; many successful applicants have taken advanced courses such as AP/IB higher‑level sciences where available. Universities in the United States commonly consider a combination of grade point average, coursework rigor and personal statements; some applicants may also supply standardised test scores if they choose.

Specific admissions processes for the University of Kansas include departmental review; selection prioritises demonstrated academic preparation for laboratory work, interest in reproductive biology or biotechnology, and readiness for independent research. International applicants must meet the University’s general English language proficiency requirements and present equivalent academic qualifications. For certain placement components or clinical rotations, background checks or health clearances may be required.

Career prospects

Graduates are prepared for a range of laboratory, research and industry roles as well as further study. Common career paths include:

• Research technician or assistant in reproductive biology and developmental biology labs.
• Clinical laboratory technologist or embryology laboratory assistant in fertility clinics (some roles require additional certification or training).
• Quality assurance and regulatory affairs positions within biotech companies focused on assisted reproductive technologies, cryopreservation, or fertility diagnostics.
• Medical device and life‑science sales or technical support roles with companies supplying laboratory equipment and reagents to reproductive health services.
• Progression to postgraduate study (MSc, PhD) in reproductive sciences, molecular biotechnology or related fields, or professional routes such as medicine, genetic counselling or public health.

Why study at University of Kansas

The University of Kansas offers access to a research‑active campus and close collaboration with the University of Kansas Medical Center, providing opportunities for clinically oriented projects and exposure to applied reproductive health research. Students benefit from modern teaching laboratories, faculty with expertise across molecular biosciences and reproductive physiology, and structured support for undergraduate research and internships.

Undergraduate programmes emphasise hands‑on training and career preparation through connections with regional hospitals, research institutes and private clinics in the Kansas City area. Academic advising, career services and opportunities to undertake a supervised capstone or honours project help students build the practical and professional skills sought by employers and postgraduate programmes in biotechnology and reproductive health.