Program Overview
The masters in atmospheric science at the University of Kansas equips students with the advanced analytical, quantitative, and research skills needed to study and understand weather systems, climate variability, and atmospheric processes across multiple scales. This research-focused degree emphasizes the physical principles that govern the atmosphere, integrating meteorology, atmospheric dynamics, climate science, and applied data analysis. This program offers a comprehensive foundation in meteorology, climatology, and atmospheric dynamics, preparing students for careers in government, research institutions, private industry, and doctoral study.
Our atmospheric science masters program is designed for individuals passionate about the Earth’s atmosphere and its effects on weather, climate, and the environment. Through rigorous graduate coursework and independent research culminating in a thesis, students gain a deep understanding of atmospheric processes while developing advanced problem-solving and quantitative modeling skills. Students work closely with faculty advisors to design a personalized plan of study aligned with their research interests.
The Master of Science in Atmospheric Science at KU provides students with the necessary knowledge to understand and analyze atmospheric phenomena, from severe convective storms to long-term climate trends and air–surface interactions. The program combines theoretical foundations, computational techniques, and practical research experiences to ensure that graduates of this masters atmospheric science degree are prepared for leadership in a rapidly evolving field. Program highlights include:
- Research-Intensive Curriculum: Complete original research and a master’s thesis contributing to atmospheric science scholarship.
- Hands-On Research: Gain experience with atmospheric data analysis, numerical modeling, and weather forecasting techniques.
- Expert Faculty: Learn from professors with expertise in synoptic meteorology, mesoscale processes, climate dynamics, and environmental change.
- State-of-the-Art Facilities: Utilize advanced computing resources, remote sensing tools, and atmospheric data platforms.
- Flexible Learning: Coursework combined with thesis research allows students to tailor their academic pathway.
- Collaborative Environment: Work closely with faculty and peers on impactful research projects addressing real-world atmospheric challenges.
Learn more about KU
Graduate
For more information about the program, visit the program page below.
Atmospheric Science, MSKU College of Liberal Arts and Sciences
The Master’s IN Atmospheric Science is part of the College of Liberal Arts and Sciences, home to a collaborative and creative community making the world better through inquiry and research.Master’s in Atmospheric Science Learning Outcomes
Upon completion of the masters in atmospheric science, graduates will:
- Demonstrate advanced knowledge of atmospheric structure, dynamics, thermodynamics, and physical processes influencing weather and climate.
- Apply quantitative and computational methods to analyze atmospheric data and interpret meteorological observations.
- Design and conduct independent research, including data collection, modeling, and statistical evaluation of atmospheric systems.
- Communicate scientific findings effectively in written thesis form and oral presentations.
- Integrate theoretical principles with applied meteorological techniques relevant to professional and academic settings.
These outcomes reflect the rigorous expectations typical of leading atmospheric science masters programs and prepare graduates for professional practice or doctoral-level research.
What Careers are Possible with a Master’s in Atmospheric Science?
Graduates of the masters in atmospheric science program are prepared for careers in meteorology, climate research, environmental analysis, and atmospheric consulting. Alumni pursue roles in weather forecasting, air quality analysis, climate risk assessment, and scientific research.
Many graduates work with federal and state agencies such as the National Weather Service, environmental monitoring agencies, or research laboratories. Others pursue careers in private-sector forecasting firms, renewable energy analytics, environmental consulting companies, or continue into Ph.D. programs.
According to Lightcast, careers related to atmospheric and climate sciences show continued demand in environmental monitoring, data analytics, and climate resilience planning.
Tuition and Financial Aid
The University of Kansas offers competitive tuition rates for graduate students, and there are various financial aid options available. This includes grants and work-study opportunities, as well as federal student loans.
For more information on tuition rates and financial aid, please visit KU Financial Aid.
Admission Requirements
Applicants to the masters in atmospheric science program must meet the following criteria:
- Bachelor’s Degree: Applicants should hold a bachelor’s degree from an accredited institution, preferably in a field related to science or engineering.
- GRE Scores: GRE scores are optional but may strengthen an application, particularly for students with a non-science background.
- Prerequisite Courses: A background in physics, calculus, and introductory atmospheric science is recommended.
- Letters of Recommendation: Three letters of recommendation from academic or professional references are required.
- Statement of Interest and Goals: A personal statement explaining your academic interests, career goals, and reasons for pursuing the master’s degree in atmospheric science.
For more details on the application process, visit the Department of Geography & Atmospheric Science.
Student Life and Learning Experiences
Students in the masters atmospheric science program engage in faculty-mentored research spanning severe storms, mesoscale meteorology, climate variability, land–atmosphere interactions, and atmospheric modeling. Emphasis is placed on developing strong computational, analytical, and scientific communication skills.
Graduate students benefit from seminars, research colloquia, interdisciplinary collaboration, and professional conference participation. The program encourages engagement with the broader atmospheric science community, including national meteorological and climate research networks.
As part of KU’s dynamic graduate community, students have access to research resources, computing facilities, and academic support services that foster both professional growth and scholarly excellence.
Master’s in Atmospheric Science Sample Courses
The masters in atmospheric science curriculum includes advanced coursework supporting both theoretical understanding and applied research. Course offerings may include:
- Atmospheric Dynamics
- Remote Sensing
- Atmospheric Modeling
- Air Pollution Meteorology
Students complete a structured program of study culminating in a research thesis under faculty supervision. For a complete list of courses and descriptions, visit the KU Catalog.
Master’s in Atmospheric Science Frequently Asked Questions
When should I apply?
The priority deadline for application is Jan. 6, and the final deadline is March 3.
How long will it take to complete the degree?
Students typically complete this degree in two years.