Indiana University Bloomington

What you'll study

The degree builds a foundation in the physical principles that govern the atmosphere, integrating mathematics, physics and computer-based methods with observational and laboratory work. Core subject areas typically include atmospheric thermodynamics, synoptic and mesoscale meteorology, dynamic meteorology, climatic processes, and atmospheric chemistry.

• Mathematical and physical foundations — calculus, linear algebra, and introductory physics to support quantitative analysis of atmospheric phenomena.
• Core meteorology and atmospheric science — courses in atmospheric thermodynamics, dynamics, synoptic meteorology, mesoscale systems, cloud physics and precipitation processes.
• Climate and environmental topics — climate dynamics, climate variability and change, and interactions between the biosphere and atmosphere.
• Observations and instrumentation — weather observing systems, surface and upper-air instrumentation, radar and satellite remote sensing techniques.
• Numerical methods and modelling — introductory numerical weather prediction, programming for data analysis, and use of atmospheric models and large datasets.
• Practical experiences — laboratory classes, field observations, data-analysis projects and a senior capstone or research project that applies classroom learning to real atmospheric problems.

Entry requirements

Applicants are expected to have a strong background in mathematics and the physical sciences from high school. Typical preparation includes calculus, physics and chemistry; experience with computer programming and statistics is advantageous. Admission to Indiana University is competitive and considers overall academic record, letters of recommendation and personal statements. Prospective students should check the university’s admissions pages for specific faculty or college prerequisites and for information about any recommended placement or preparatory courses.

Career prospects

Graduates move into a range of roles in the public, private and academic sectors. Common career paths include:

• Meteorological forecasting and operations in national or regional weather services and with private forecasting companies.
• Climate science and consulting, working on climate assessment, impact studies and adaptation planning.
• Environmental monitoring and air quality roles in government agencies and industry.
• Data science and remote sensing roles that exploit large environmental datasets and modelling skills.
• Broadcast meteorology and science communication for media outlets and public outreach.
• Further study at master’s or doctoral level for careers in academic or government research.

Why study at Indiana University Bloomington

Indiana University Bloomington offers an environment that combines strong foundational training in the physical sciences with opportunities for hands-on research and applied work. Students benefit from small-class instruction for core science courses, access to computing resources and opportunities to participate in faculty-led research projects. The university’s location in the US Midwest provides access to a variety of weather regimes and to regional forecasting centres and agencies for internships. Interdisciplinary collaborations across departments also allow students to complement their atmospheric studies with coursework in geography, environmental science, data science and public policy.