University of Hawaii at Manoa

What you'll study

The undergraduate programme combines core physics and mathematics with specialised courses in astronomy and astrophysics. Early years emphasise calculus, classical mechanics, electromagnetism and introductory astronomy to build a firm quantitative foundation. Subsequent modules cover stellar structure and evolution, galactic and extragalactic astronomy, cosmology, radiative processes, and planetary science.

Practical and project work is central: students undertake observational astronomy labs, learn astronomical data reduction and analysis, and receive training in scientific programming and numerical methods. Advanced options typically include high-energy astrophysics, radio astronomy, instrumentation and detector physics, and courses on astronomical techniques such as spectroscopy and photometry.

The degree normally culminates with a senior research project or capstone in which students work alongside faculty on original research, often using data from University of Hawaiʻi facilities and partner observatories. Electives in computer science, engineering, or applied mathematics are encouraged to develop skills in modelling, software development and instrumentation.

Entry requirements

Applicants need a secondary school diploma or equivalent with strong achievement in mathematics and physics. Successful candidates typically have completed calculus and physics courses at high school level; further coursework in chemistry and computer science is advantageous. Admissions consider grades, coursework rigor, letters of recommendation and personal statements that demonstrate quantitative aptitude and interest in astronomy.

For transfer students, college/university transcripts showing successful completion of introductory physics and calculus sequences are expected. International applicants must meet the University of Hawaiʻi's English language proficiency requirements and present academic records comparable to U.S. secondary or post‑secondary preparation.

Career prospects

• Research and academia: many graduates proceed to graduate programmes in astronomy, astrophysics or related physics fields and pursue careers in university or observatory research.
• Observatories and instrumentation: roles in telescope operations, instrument development, observatory engineering and technical support at ground‑based and space observatories.
• Data science and software: strong quantitative and programming training opens careers in data analysis, machine learning, scientific computing and related technology sectors.
• Aerospace and government labs: positions in space agencies, national labs and companies working on satellite systems, remote sensing and mission operations.
• Education and public outreach: secondary and informal science education, planetarium and museum work, and science communication.

Why study at University of Hawaii at Manoa

The University of Hawaiʻi at Mānoa hosts a world‑class research community in astronomy through its Institute for Astronomy and strong partnerships with major observatories. Students have unique access to observational facilities and data from high‑altitude sites and international collaborations, providing exceptional hands‑on learning and research opportunities.

The programme emphasises undergraduate research mentorship, allowing students to work directly with faculty on observational, theoretical or instrumentation projects. The campus environment in Honolulu also offers a diverse, multicultural community and proximity to indigenous Hawaiian perspectives on astronomy and the night sky, enriching both scientific and cultural learning.

Additionally, the programme's combination of physics, computation and instrument experience equips graduates with transferable skills that are in demand across research, industry and education.