University of Hawaii

What you'll study

The programme provides a foundation in cellular and organismal biology while allowing specialisation through elective tracks and field courses. Core topics include cell and molecular biology, genetics, physiology, microbiology and evolutionary theory. Given Hawaiʻi's location, students can also take modules in marine biology, island biogeography, coral reef ecology and conservation biology.

• Laboratory skills and techniques: microscopy, molecular methods (DNA extraction, PCR, sequencing basics), statistics and experimental design.
• Ecology and field methods: population and community ecology, ecological surveying, long‑term monitoring and habitat assessment.
• Specialist electives: marine ecology, coral reef science, tropical botany, animal behaviour, conservation genetics and microbial ecology.
• Research and capstone projects: mentored research with faculty, independent projects or senior theses that develop data collection, analysis and scientific communication skills.

Practical learning is emphasised through laboratory courses, field trips across Hawaiian ecosystems, and opportunities to work at nearby research stations and facilities.

Entry requirements

Applicants should hold a recognised secondary school qualification. Academic preparation in science and maths is expected; typical prerequisites include courses in biology, chemistry and mathematics. Admissions also consider overall academic record and evidence of interest in the biological sciences.

• Academic background: successful completion of high school diploma or equivalent with science and maths subjects.
• Supporting materials: a personal statement outlining interests and goals, and academic references or teacher recommendations where requested.
• Testing and additional requirements: standardised tests may be submitted where relevant to the applicant's educational system; some applicants take additional placement or introductory science courses once enrolled.

Prospective students whose preparation is incomplete may be advised to take foundational courses before progressing to upper‑division biology classes.

Career prospects

Graduates leave with versatile scientific and practical skills suited to a range of careers or postgraduate study. Common paths include laboratory technician roles, environmental and wildlife technician positions, conservation and restoration work, fisheries and marine resource management, and roles in biotechnology or public health.

• Research assistant or laboratory technician in academic, government or private labs.
• Environmental consultant, conservation biologist or ecological monitoring specialist.
• Marine science and fisheries positions with agencies and NGOs.
• Further study: MSc or PhD in biological sciences, or professional routes such as medical, veterinary or public health programmes.

Why study at University of Hawaii

The University of Hawaiʻi offers distinctive advantages for biology students because of Hawaiʻi's rich tropical and marine ecosystems. Students gain direct access to unique field sites, from coral reefs to native forests, and to specialised research facilities such as the university's marine labs and arboretum.

• Field and research opportunities: hands‑on fieldwork across a wide range of island and ocean habitats and mentorship from faculty conducting regionally focused research.
• Collaborations and internships: connections with local conservation organisations, state and federal resource agencies, and long‑standing community science programmes.
• Preparation for local and global challenges: training addresses issues such as invasive species, coral decline, biodiversity conservation and climate impacts on island ecosystems.

Overall, the programme combines rigorous classroom and laboratory training with immersive field experience, making it a strong choice for students aiming to work on biological and environmental issues in Hawaiʻi, the Pacific region and beyond.