University of Hawaii

What you'll study

This programme blends core courses in physics, chemistry and mathematics with biology and environmental science to give a balanced grounding in both physical and life sciences. Typical modules cover topics such as general and organic chemistry, classical and modern physics, calculus and applied statistics, cell and molecular biology, genetics, ecology and conservation, and environmental chemistry. Students also learn research methods and laboratory techniques—analytical instrumentation, microscopy, molecular lab workflows, experimental design and data analysis.

Hands‑on learning is emphasised: laboratory classes, field trips to island and coastal ecosystems, and team projects are standard components. Many students undertake an independent research project or capstone in their final year, working with faculty on topics ranging from marine ecology and coral reef chemistry to biophysics and climate‑related environmental monitoring.

Entry requirements

Applicants are expected to hold a recognised secondary school diploma or equivalent. Competitive applicants will have completed preparatory science and mathematics courses, typically including high‑level biology, chemistry and algebra or pre‑calculus; many programmes recommend or require introductory physics. Admissions also consider overall academic record and readiness for university‑level work.

International applicants must demonstrate English proficiency through recognised tests or equivalent qualifications. Some campuses or departments may request a personal statement outlining scientific interests and goals, and references or teacher recommendations can strengthen an application. Specific minimum grades and any additional requirements are published by the University of Hawaiʻi campus offering the degree.

Career prospects

Graduates leave with a versatile scientific education suited to multiple career paths. Common destinations include laboratory technician or research assistant roles in academic, government or private labs; positions in environmental monitoring, conservation agencies and natural resource management; and roles in the pharmaceutical, biotechnology or analytical instrumentation sectors. The degree also provides the scientific background needed for teacher certification programmes or for progression to graduate study in fields such as ecology, oceanography, biophysics, environmental science or professional schools.

Because the programme develops practical laboratory skills, quantitative analysis and fieldwork experience, alumni are well prepared for roles that require interdisciplinary thinking and applied problem solving.

Why study at University of Hawaii

Studying this programme at the University of Hawaiʻi offers unique advantages tied to its Pacific island location and research strengths. Students gain easy access to a wide range of natural laboratories—coastal and marine systems, tropical forests and volcanic landscapes—supporting field courses and real‑world research projects. The University has established collaborations with regional research organisations, conservation groups and government agencies, providing internship and research placement opportunities.

The academic environment encourages interdisciplinary study across biology, geology, oceanography and physics, and students benefit from faculty engaged in active research relevant to island and ocean sciences. Practical training, combined with opportunities for independent research, prepares graduates to contribute to local and global scientific challenges.