Florida State University

What you'll study

This master’s programme blends core atmospheric theory with practical skills in observation, remote sensing and numerical prediction. Students take advanced courses in atmospheric dynamics and thermodynamics, physical meteorology, synoptic and mesoscale meteorology, boundary layer and turbulence processes, and climate dynamics. Complementary modules commonly include remote sensing and radar meteorology, numerical weather prediction and data assimilation, atmospheric chemistry and air quality, and statistical methods for geosciences.

Students typically follow a programme that combines coursework with a substantial research component. Options include a thesis-based track focused on original research under a faculty adviser, and a professional or non-thesis track that emphasises additional coursework and a capstone or practicum. Independent study and seminar courses allow students to engage with current literature and present research. Field and lab experience is integrated through instrument deployment, radar and lidar work, and analysis of in-situ and satellite datasets.

Entry requirements

Applicants are expected to hold a bachelor's degree in atmospheric science, meteorology, physics, mathematics, engineering or a closely related discipline. A solid background in calculus, differential equations, linear algebra, physics and computer programming is typically required. Admissions typically consider the overall academic record and prior coursework in atmospheric science, letters of recommendation, a statement of purpose outlining research or career goals, and a curriculum vitae.

International applicants must demonstrate English language proficiency according to university requirements. Relevant research experience, strong quantitative preparation, and evidence of computing skills (for example in Fortran, Python, MATLAB or similar) strengthen an application. Specific departmental guidance on prerequisites and any required supporting materials is available from the Department of Earth, Ocean and Atmospheric Science at Florida State University.

Career prospects

Graduates enter a variety of roles across the public, private and academic sectors. Typical career paths include operational meteorology with national or regional weather services, applied research positions with federal agencies such as those working with NOAA, roles in climate research and modelling, and positions in environmental and air-quality consulting. Other opportunities exist in renewable energy forecasting, aviation weather services, hydrology and water-resource management, and emergency and hazard management.

Many students use the master’s as preparation for doctoral study and academic careers. Graduates also find roles in data science and analytics where expertise in large environmental datasets, numerical modelling and statistical methods is valued. Communicative roles such as broadcast meteorology and science communication are possible for students who develop outreach and presentation skills alongside their technical training.

Why study at Florida State University

Florida State University’s Department of Earth, Ocean and Atmospheric Science offers an established programme with faculty active across a wide range of atmospheric research areas, including mesoscale meteorology, climate dynamics, boundary-layer processes, remote sensing and data assimilation. The department emphasises small-group mentoring, direct faculty supervision for thesis research, and regular seminar series that expose students to current research.

The Tallahassee location provides practical advantages: proximity to state and regional weather offices, federal partners and a range of observation sites supports collaborative research and internship opportunities. Students benefit from access to campus computing resources and specialized instrumentation used for radar, lidar and in-situ atmospheric measurements, and there are frequent fieldwork and lab-based training opportunities.

Overall, the programme is well-suited for students seeking a rigorous, research-informed master’s with applied training in observation, modelling and data analysis, and for those aiming to pursue careers in operational meteorology, environmental science or advanced academic study.