Colorado State University

What you'll study

The programme builds a strong foundation in core biological and biochemical sciences before moving into applied and specialised topics related to human reproduction. You will typically study cell biology, molecular genetics, biochemistry and microbiology in early years, followed by courses in reproductive physiology, endocrinology, embryology, developmental biology and assisted reproductive technologies (ART).

• Core laboratory skills: sterile technique, microscopy, tissue culture, PCR, gel electrophoresis, protein analysis and basic bioinformatics.
• Molecular and cellular topics: gene expression, epigenetics, stem cell biology and signalling pathways relevant to gametogenesis and early embryonic development.
• Reproductive specialisms: human and comparative reproductive physiology, ovarian and testicular function, embryo culture, cryopreservation and sperm biology.
• Clinical and translational modules: principles of assisted reproductive technologies, laboratory management for clinical settings, quality assurance and regulatory frameworks affecting reproductive labs.
• Supporting subjects: biostatistics, bioethics and legal aspects of human reproductive technologies, experimental design and scientific communication.
• Experiential learning: a laboratory capstone project or senior thesis, internships or placements with research groups, fertility clinics or biotechnology companies, and opportunities to work with core research facilities.

Entry requirements

Applicants are expected to hold a secondary‑school qualification with strong performance in science and mathematics. Typical preparation includes high school biology and chemistry; additional study in mathematics or physics is advantageous. Admissions consider overall academic record and evidence of laboratory interest or experience.

• Successful completion of secondary education with competitive grades in relevant subjects (biology and chemistry recommended).
• Preparation in mathematics (algebra and pre‑calculus) and laboratory science will strengthen an application.
• Personal statement describing interest in biotechnology and human reproduction; relevant laboratory or volunteer experience is beneficial.
• References from teachers or employers that can speak to academic readiness and laboratory aptitude.
• International applicants should meet the university's English language requirements.

Career prospects

Graduates are prepared for a range of laboratory, technical and research roles in reproductive science and the wider biotechnology sector. Many alumni progress to specialised clinical or research training prior to working in regulated fertility services.

• Embryology and andrology laboratory technician roles in fertility clinics (often with further on‑the‑job training and certification).
• Research technician or laboratory scientist positions in reproductive biology, developmental biology or related biomedical research groups.
• Quality assurance, regulatory affairs and laboratory management in clinical and industrial settings.
• Positions in biotech and pharmaceutical companies focusing on reproductive health, contraception, or NAM (new approach methods) development.
• Progression to postgraduate study (MSc/PhD) in reproductive science, reproductive endocrinology, stem cells or assisted‑reproduction technology, and allied clinical professions such as genetic counselling or medicine.

Why study at Colorado State University

Colorado State University offers strong hands‑on training in the life sciences with access to modern laboratory facilities and interdisciplinary research across biomedical and veterinary sciences. Students benefit from faculty who conduct research in reproductive physiology, developmental biology and applied biotechnology, and from opportunities to collaborate with on‑campus core facilities.

• Emphasis on experiential learning with laboratory courses, capstone projects and internship pathways that link students to local clinics and industry partners on the Front Range.
• Interdisciplinary research environment where students can engage with faculty in biomedical sciences, veterinary medicine and molecular biology to study comparative and human reproductive problems.
• Support services including career development, research mentoring and access to instrumentation and core facilities that prepare graduates for immediate employment or further study.