University of Hawaii

What you'll study

This degree combines core biological theory with applied and experimental training. You will study foundational topics such as ecological principles, evolutionary mechanisms, systematics and taxonomy, population biology and conservation. Course work typically includes cellular and organismal biology, genetics, population genetics, biostatistics and experimental design, and molecular ecology.

Practical training is a major component: students undertake laboratory classes, quantitative data analysis, geographic information systems (GIS), and field courses that emphasise sampling, survey techniques and long‑term ecological monitoring. Advanced modules often cover topics such as island biogeography, tropical and marine ecology, behavioural ecology, community ecology, and conservation biology. Most students complete a capstone experience, internship or an undergraduate research project under faculty supervision, which develops skills in hypothesis testing, scientific writing and presenting results.

Entry requirements

Applicants should have a high school diploma or equivalent with a solid background in science and mathematics. Typical preparation includes courses in biology, chemistry and algebra or calculus; laboratory experience is strongly recommended. Prospective students are usually asked to submit academic transcripts and a personal statement explaining their interest in ecology and evolution. Transfer applicants are assessed on college‑level coursework; international applicants must demonstrate English language proficiency where required.

For competitive entry, successful applicants demonstrate quantitative competence, practical experience (for example, fieldwork, volunteering or laboratory work) and clear motivation for ecological or evolutionary study. Specific minimum grades, test scores or additional admissions criteria are determined by the university and may vary by campus and applicant category.

Career prospects

Graduates are prepared for a wide range of roles in environmental science, research and policy. Common pathways include:

• Field ecologist, wildlife or fisheries technician
• Conservation biologist or habitat restoration practitioner
• Environmental consultant or impact assessment specialist
• Research assistant or laboratory technician in academic or government labs
• Data analyst or modeller specialising in population dynamics, spatial ecology or conservation planning
• Science communicator, environmental educator or positions in non‑profit conservation organisations

Many graduates continue to postgraduate study (master’s or PhD) in ecology, evolutionary biology, conservation science or related disciplines to pursue research or university teaching careers. Others move into applied roles with government agencies, consultancy firms, NGOs or industry sectors that require ecological and quantitative expertise.

Why study at University of Hawaii

The University of Hawaii offers distinctive advantages for studying ecology and evolution because of its location in the central Pacific and access to highly diverse terrestrial and marine ecosystems. Students benefit from fieldwork opportunities in volcanic landscapes, tropical forests, coral reefs and coastal environments, allowing direct study of island biogeography, endemism and conservation challenges.

Faculty research at the university spans evolutionary genetics, conservation biology, ecosystem dynamics and marine ecology, providing undergraduate students with opportunities to join active research projects. The university’s connections with local conservation organisations and government agencies facilitate internships, applied projects and community‑focused work. Combined laboratory facilities, field stations and a curriculum that integrates quantitative skills with hands‑on experience make the programme well suited to students aiming to address real‑world ecological and evolutionary questions.