University of Hawaii at Manoa

What you'll study

The programme balances foundational courses in biology, chemistry and quantitative methods with applied biotechnology modules that emphasise human reproductive systems and laboratory practice. Core topics typically include cell and molecular biology, genetics, biochemistry, microbiology, and laboratory safety and regulation. Specialised subjects focus on reproductive physiology, developmental biology and embryology, assisted reproductive technologies (ART), sperm and oocyte biology, and prenatal genetics.

• Laboratory skills and techniques: microscopy, tissue culture, PCR and sequencing, flow cytometry, cryopreservation and sterile technique
• Molecular and cellular courses: molecular genetics, signal transduction, developmental mechanisms and stem cell biology
• Reproduction‑specific modules: reproductive endocrinology, gametogenesis, embryo development, in vitro fertilisation (IVF) methods and embryo transfer principles
• Data and computational skills: biostatistics, bioinformatics basics and data analysis for genomic and proteomic datasets
• Ethics, law and policy: bioethics of assisted reproduction, patient consent and regulatory frameworks governing human tissue and clinical laboratories
• Project and research experience: independent honours projects or capstones in laboratories affiliated with university research centres or clinical partners, and opportunities for internships or placements in diagnostic and fertility clinics

Entry requirements

Applicants are expected to have completed secondary education with strong performance in biology and chemistry; mathematics (algebra and precalculus) is also recommended. Typical entry standards include a competitive overall academic record and evidence of science preparation. Admissions panels usually look for:

• High school qualifications with a focus on biology and chemistry
• Recommended background in mathematics and physics where available
• Personal statement outlining interest in biotechnology and reproductive science
• Official transcripts; some applicants may also be asked to provide references or attend an interview

Applicants without the full set of prerequisites may be asked to complete preparatory coursework. International applicants should demonstrate English language proficiency according to university requirements.

Career prospects

Graduates are prepared for a range of laboratory, clinical and research roles in the reproductive and biotech sectors, or for further study. Typical career paths include:

• Clinical laboratory technologist or embryology technician in fertility clinics
• Research technician or associate in reproductive biology, developmental biology or genetics laboratories
• Quality assurance and regulatory affairs roles within biotech and medical device companies
• Positions in diagnostic laboratories, tissue banks and cryopreservation facilities
• Further professional or academic study leading to roles as a clinical scientist, genetic counsellor, physician or academic researcher (additional qualifications required)

The programme’s laboratory emphasis and project work also build transferable skills valued in biotech sales, product development, clinical trials and public health organisations.

Why study at University of Hawaii at Manoa

University of Hawaii at Manoa offers access to interdisciplinary biomedical research centres and links with clinical and community health providers in the region. Students benefit from research-active faculty, well‑equipped teaching laboratories and opportunities to undertake hands‑on projects within campus research groups or partner clinics.

The university’s location supports unique perspectives on population health, genetics and reproductive health in Pacific and Asian communities, and provides opportunities for collaborative work across the John A. Burns School of Medicine and related institutes. Small‑group teaching, laboratory mentorship and established internship pathways help prepare graduates for careers in clinical and laboratory environments or for advanced study in reproductive science and biotechnology.