COURSE CURRICULUM

The Master of Science (M.S.) in Atmospheric Science at Colorado State University is a highly specialized graduate program designed to prepare students for advanced study and professional careers in atmospheric and climate-related fields. The program offers a broad range of research areas that reflect the complexity of Earth’s atmospheric systems, including aerosol science, air quality, atmospheric chemistry, atmospheric radiation, and atmospheric transport processes. Students also explore critical topics such as cloud dynamics, cloud and precipitation physics, cumulus convection, and mesoscale meteorology, all of which are essential for understanding weather systems and precipitation behavior.In addition to weather-focused studies, the program emphasizes climate science and long-term environmental change. Areas such as climate change, climate dynamics, climate futures and sustainability, and climate and societal dynamics allow students to examine how atmospheric processes interact with human systems and global environmental trends. The curriculum also includes large-scale atmospheric and oceanic studies, such as general circulation modeling, global and regional climatology, global scale circulations, and physical oceanography, providing a comprehensive understanding of Earth’s climate system.Students may further specialize in advanced technical fields like radar meteorology, remote sensing, satellite meteorology, radiation theory, and theoretical and dynamic meteorology. These areas equip graduates with the analytical and computational skills needed to interpret atmospheric data, develop predictive models, and contribute to scientific innovation. Tropical meteorology and tropical cyclones are also key focus areas, offering insight into severe weather systems that have significant societal impacts.Overall, the M.S. in Atmospheric Science at CSU provides rigorous training in both theoretical and applied aspects of atmospheric science. The program prepares students for careers in research, government agencies, environmental consulting, and academia, as well as for doctoral studies. Through its wide range of specialized areas, it equips graduates with the scientific expertise needed to address pressing challenges in weather prediction, climate variability, and environmental sustainability.