Syracuse University

What you'll study

The programme is an interdisciplinary, four‑year curriculum that blends foundational life‑science courses with specialised units in reproductive biology. Early years emphasise core subjects such as general biology, chemistry, organic chemistry, physics and calculus, together with cell and molecular biology. In later years you study focused topics including reproductive physiology, developmental biology and embryology, assisted reproductive technologies (ART) and in vitro fertilisation (IVF) methods, molecular genetics of fertility, genomics and epigenetics, and laboratory skills specific to human‑reproduction research.

Practical laboratory training is central: courses cover aseptic technique, microscopy, tissue culture, PCR and next‑generation sequencing workflows, cryopreservation, quality control, and data analysis/statistics for biological research. The degree typically culminates in a research capstone or honours thesis supervised by faculty, plus opportunities for internships or practicum placements in diagnostic labs, fertility clinics or biotechnology companies.

Entry requirements

Applicants are expected to hold a secondary school leaving qualification that meets Syracuse University’s undergraduate admission standards. Strong performance in science and mathematics subjects is important—especially biology, chemistry and often mathematics or physics. Admissions decisions consider the whole application packet: academic transcripts, a personal statement, and letters of recommendation. Standardised tests may be optional according to university policy; international applicants must demonstrate English proficiency by accepted means if their education was not in English.

Successful candidates typically demonstrate laboratory curiosity, clear interest in human health and ethics, and readiness for a programme that combines rigorous coursework with hands‑on practical training. Transfer applicants should provide college‑level transcripts and descriptions of completed science and lab courses.

Career prospects

Graduates pursue a range of career paths in the life sciences. Common immediate roles include research or laboratory technician positions in academic, clinical or commercial labs, quality control and quality assurance roles in biotech and pharmaceutical companies, and technical positions supporting assisted reproductive technologies. Many students progress to specialised clinical roles in fertility clinics or embryology labs, which generally require additional certification or postgraduate training.

The degree also prepares students for postgraduate study (master’s or PhD) in reproductive biology, genetics, molecular medicine, or for professional programmes such as medicine, physician assistant or clinical laboratory science. Other career options include regulatory affairs, clinical trials support, science policy, and technical sales or product support for companies that supply laboratory equipment and reproductive‑health technologies.

Why study at Syracuse University

Syracuse offers small‑class teaching in the biological sciences combined with opportunities for mentored research and applied training. Students benefit from faculty with active research programmes in cell and molecular biology and access to laboratory courses that prioritise practical technique and data analysis. The university’s interdisciplinary environment allows students to take elective courses across related departments—such as public health, bioinformatics and ethics—to broaden technical and contextual understanding.

Beyond the curriculum, Syracuse’s career services and alumni network support internships and industry links in the New York region and beyond. The programme emphasises experiential learning—research projects, internships and capstone work—that help students build the technical portfolio and professional contacts needed to move into laboratory roles, industry positions or further study in reproductive sciences and biotechnology.