Department of Earth and Atmospheric Sciences
The Meteorology program is housed in the Earth and Atmospheric Science Department at the Metropolitan State University of Denver located on the Auraria campus in downtown Denver. Our program offers a meteorology major and minor. The program is unique in Colorado in that it fulfills all the U.S. federal government civil service requirements for classification as a meteorologist and the American Meteorological Society‘s recommendations for undergraduate meteorology programs.
Read "Talk about the Weather," an article in MSU Denver RED on our Broadcast Meteorology Alumni.
"Dr. Ng motivated me to stay focused on my school work, even when there were tornadoes to be chased. Look at me now!"
Chief Meteorologist at KION News Channel 546, California
Why MSU Denver?
MSU Denver students have the advantage of the following opportunities:
- Enjoy attending classes on a vibrant and diverse downtown campus.
- Benefit from small classes and individual interaction with faculty.
- Learn from a professional, diverse faculty with real-world experience.
- Access real-time weather data and analysis software in our lab.
- Intern with various organizations, and jump-start a successful career.
- Join our active student chapter of the American Meteorological Society.
The Meteorology program is located in the Science building on the Auraria Campus in downtown Denver, just a bus or light rail ride to the surrounding suburbs and towns. The MSU Denver Meteorology computer laboratory is a state-of-the-art computer lab with a giant 11-monitor weather wall that displays the current weather and forecasts using the same software as the National Weather Service. Each student computer station has a dual-monitor system for the viewing of multiple layers and variables at one time.
Located on Colorado’s high plains, the MSU Denver campus offers you the opportunity to observe Colorado’s extreme weather patterns first-hand. From severe weather to heavy snowfalls and blizzards to Chinook wind events, the Front Range is a fascinating place to study the weather and climate. We are also located in close proximity to some of the largest concentrations of atmospheric scientists in the world at national labs such as the National Oceanic and Atmospheric Administration (NOAA), the National Weather Service (NWS), the National Center for Atmospheric Research (NCAR), the Laboratory for Atmospheric and Space Physics (LASP) and the National Renewable Energy Lab (NREL). This gives you the opportunity to begin working with world-renowned professionals through internships, part-time jobs and summer experiences. This also means our part-time faculty are drawn from this community.
Mission and Student Learning Outcomes
The mission of the meteorology program is to provide students with an understanding of the chaotic atmosphere. Meteorology is an applied science that combines the fields of physics, chemistry, mathematics, and computer science into an application of understanding the atmosphere. The program exposes students to all of these disciplines, while in parallel applying these hard science concepts to mesoscale, synoptic, and global scale phenomena. Students will be prepared for careers in a wide range of atmospheric science vocations, as well as further studies in graduate school. Students will be prepared to communicate forecasts verbally and in written form using their own imagery, explain the reasoning for the forecast as well as the uncertainty and the reasons for uncertainty involved to a wide range of audiences.
Upon completion of this program, students will be able to:
- Describe the general characteristics of the atmosphere, including physical processes and weather systems.
- Select and interpret appropriate weather and climate data, including in-situ and remotely sensed information, for different situations.
- Synthesize multiple types of weather and climate data to formulate short, medium, and long-range weather forecasts.
- Organize, analyze, and prepare written scientific reports.
- Create and deliver scientific presentations using multimedia techniques.
- Apply mathematical and statistical techniques to the analysis and interpretation of atmospheric dynamics, thermodynamics, and radiation processes.
- Apply scientific computing skills using appropriate software and structured programming.