University of Hawaii at Manoa

What you'll study

This programme combines core courses in atmospheric physics and dynamics with applied subjects in forecasting, climate and remote sensing. You will study the fundamental behaviour of the atmosphere (thermodynamics, fluid dynamics and radiation), practical meteorological skills (synoptic meteorology and numerical weather prediction) and specialised topics such as tropical meteorology, atmospheric chemistry and air quality.

• Core science and maths: calculus, differential equations, linear algebra, classical mechanics and thermodynamics applied to the atmosphere.
• Atmospheric fundamentals: dynamic meteorology, atmospheric thermodynamics, boundary layer meteorology, cloud physics and precipitation processes.
• Observations and instrumentation: radar and lidar fundamentals, radiosonde interpretation, satellite remote sensing and field instrumentation techniques.
• Forecasting and modelling: synoptic meteorology, mesoscale meteorology, numerical weather prediction, data assimilation and practical forecasting exercises.
• Climate and specialised topics: climate variability and change, tropical meteorology, ocean–atmosphere interactions, atmospheric chemistry and dispersion modelling.
• Practical experience: laboratory courses, computer modelling projects, field campaigns and a senior capstone or research project that emphasises data analysis and scientific communication.

Typical structure

Students normally complete a mix of general education and major requirements across four years. Early years focus on mathematics, physics and introductory atmospheric courses; later years concentrate on advanced meteorology, elective specialisms and a faculty‑supervised research or capstone project. Opportunities exist for internships with local, regional and federal agencies, and for participation in observational fieldwork and modelling studies.

Entry requirements

Applicants should demonstrate strong achievement in secondary school mathematics (including calculus where available) and physics. Typical preparation includes courses in chemistry and computer science or programming. Admissions consider overall academic record and alignment of prior study to the programme's quantitative demands.

• Secondary school diploma or equivalent with strong grades in maths and science subjects.
• Recommended preparation: single‑variable and multivariable calculus, physics (mechanics and electromagnetism), and exposure to programming or data analysis.
• For transfer applicants: completion of college‑level calculus and physics courses strengthens applications; transcripts will be evaluated for equivalence to programme prerequisites.
• International students: proof of English language proficiency where required and submission of comparable academic credentials.

Career prospects

Graduates are prepared for technical and scientific roles across weather forecasting, climate services and environmental sectors. The programme develops transferable skills in quantitative analysis, modelling and data interpretation that are valued by employers.

• Operational meteorology and weather forecasting at national and regional weather services, private weather firms and media outlets.
• Climate analysis and adaptation planning with governmental and non‑governmental organisations focused on resilience and resource management.
• Air quality management, atmospheric chemistry and environmental consulting related to pollution and dispersion modelling.
• Research and technical roles in academia, government laboratories and private research institutes; many graduates pursue postgraduate study (MSc/PhD) in atmospheric science or related fields.
• Applied roles in aviation meteorology, renewable energy (wind and solar resource assessment), natural hazard monitoring and emergency management.

Why study at University of Hawaii at Manoa

The University of Hawaiʻi at Mānoa offers a distinct advantage for studying atmospheric sciences because of its location in the central Pacific: you will have direct access to tropical meteorological phenomena, island microclimates and strong ocean–atmosphere coupling that are central to global climate processes. The department emphasises both observational and modelling skills, with opportunities to work with local datasets and participate in field campaigns.

• Specialist expertise in tropical and island meteorology, with faculty research addressing issues such as trade winds, convective systems, and volcanic plume impacts on the atmosphere.
• Hands‑on training using observational platforms and remote sensing data, plus experience with operational and research modelling tools.
• Collaborative relationships with regional and federal agencies, providing pathways for internships and applied research projects.
• A supportive campus environment with multidisciplinary centres that connect atmospheric science to oceanography, geophysics and climate policy, enhancing interdisciplinary career options.