University of North Dakota

What you'll study

This interdisciplinary programme builds a strong foundation in molecular biology, cell biology, biochemistry and laboratory methods, then applies those principles to human reproductive systems and technologies. Core coursework typically covers genetics, microbiology, biostatistics, laboratory safety and experimental design. Reproduction-focused modules explore human reproductive physiology, endocrinology of reproduction, developmental biology, gametogenesis, and embryology.

Practical, hands-on laboratory instruction is a major component. Students learn cell culture techniques, microscopy and imaging, assisted reproductive technology (ART) laboratory methods, cryopreservation, molecular diagnostics used in fertility clinics, and quality assurance/quality control procedures. Coursework also addresses ethical, legal and regulatory issues in human reproduction and patient-centred considerations in clinical settings.

• Foundations of Biotechnology (molecular and cellular techniques)
• Genetics and Genomics (inheritance, genetic testing, genome technologies)
• Human Anatomy and Physiology with emphasis on reproductive systems
• Reproductive Endocrinology and Embryology
• Clinical Laboratory Techniques and Quality Management
• Molecular Diagnostics and Laboratory Automation
• Bioethics, Regulatory Affairs and Patient Communication in ART
• Capstone Research Project or internship in a laboratory or clinical setting

Entry requirements

Applicants are normally expected to hold a recognised high-school diploma or equivalent with strong achievement in science subjects. Typical preparation includes biology, chemistry and mathematics at high-school level. Selection criteria often include academic record, relevant coursework and any laboratory or research experience.

For applicants from the United States, admissions may consider GPA and standardised test scores where required or recommended by the university; international applicants will need to demonstrate comparable academic credentials and English language proficiency. Mature or transfer students with college-level science credits and relevant laboratory experience are considered on the same academic standards.

Career prospects

Graduates are prepared for a range of careers at the interface of biotechnology and reproductive health. Common roles include clinical laboratory technologist or embryology laboratory technician in fertility clinics, research assistant in reproductive biology labs, laboratory quality assurance specialist, and positions in diagnostic companies producing reproductive health tests.

Other pathways include roles in biotech and pharmaceutical companies, regulatory affairs, sales and technical support for laboratory equipment manufacturers, or public health laboratories. Many graduates also progress to postgraduate study—such as master’s degrees in reproductive biology, clinical embryology, genetic counselling, or medical and dental programmes—to expand clinical or research career options.

Why study at University of North Dakota

The University of North Dakota offers an education that blends rigorous scientific training with practical laboratory experience supported by research-active faculty in biomedical and life sciences. Students benefit from access to modern laboratories, opportunities for mentored research projects, and interdisciplinary links with the university’s medical and health sciences programmes, which can facilitate clinical internships and collaborations.

The programme emphasises employability through hands-on technical skill development, exposure to current clinical and regulatory practices in reproductive technologies, and guidance on career pathways and postgraduate options. Smaller class sizes in advanced lab courses allow close faculty supervision, while local and regional partnerships create internship and professional networking opportunities.