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Regional climateConvection-permitting regional climate simulations for studying weather and climate at high resolution.
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Meteorology (B.S.) Requirements (2026 - 2027)
Climate Science (B.S.) Requirements (2026 - 2027)
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Find dataset descriptions, variable information, access instructions, and tools for analysis.
Convection-permitting regional climate simulations for studying weather and climate at high resolution.
Explore documentationExplore severe-weather radar clips, storm classifications, and dataset documentation.
Explore report-based hindcasts of severe-weather probabilities for studying past tornado, hail, and damaging-wind events.
Open hindcast archive →Find and explore archived sky time-lapse videos.
Search skylapses →About NIU Meteorology
NIU’s B.S. in Meteorology combines atmospheric science, computing, and hands-on experience in a close-knit program focused on undergraduate learning.
Established in 1980 with roots in the 1960s, NIU offered the first meteorology or atmospheric science degree at a public university in Illinois.
Required courses typically enroll 15–30 students. Four meteorology faculty bring research into the classroom and mentor students as they develop their interests.
A structured foundation in mathematics and calculus-based physics supports forecasting, atmospheric dynamics, physical meteorology, radar and satellite remote sensing, statistics, and programming.
Build experience through faculty-mentored research, internships, forecasting for the Northern Star, weather-station observations, severe-weather watching, and community weather education. The student chapter of the American Meteorological Society offers leadership and professional connections.
Undergraduate research opportunities, including Research Rookies and Student Engagement Fund projects, can help students develop research skills and contribute to scientific publications.
The curriculum builds on two years of mathematics and one year of calculus-based physics. Core study includes physical meteorology, two semesters of analysis and forecasting, and two semesters of atmospheric dynamics.
Complement meteorology with GIS and spatial analysis, a GIS certificate, or a minor in geospatial systems, applied mathematics, economics/business, or broadcast journalism. Electives and computing skills support applications across weather-sensitive industries; discuss current options with your advisor.
Graduates pursue forecasting, broadcast meteorology, climate and hazards research, environmental consulting, risk assessment, and applications in aviation, transportation, agriculture, energy, logistics, and insurance.
Research and internship experiences span organizations such as the National Weather Service, NOAA, NASA, national laboratories, universities, and private-sector weather firms. Alumni also pursue graduate study in atmospheric science, geography, and environmental science.
Small classes, faculty mentorship, engaged learning, and a strong alumni network connect an established meteorology program with a wide range of careers. The program extends beyond operational forecasting to applied climate, hazards, climate change, computing, and GIS.
NIU’s location near Chicago offers access to a broad employment and internship market, including media, transportation, consulting, and weather-sensitive industries.
Meet your faculty
Mesoscale meteorology, hazardous weather, disaster science, climate change, and the societal impacts of extremes.
Severe convective storms, climate variability and change, and prediction from weather to subseasonal and seasonal scales.
Severe weather and climate extremes, storm climatology, machine learning, image processing, and climate modeling.
Tropical meteorology, atmospheric wave dynamics, tropical cyclones, extreme precipitation, and weather prediction.
Questions about your degree?
Meteorology Program Advisor
ahaberlie1@niu.edu
Explore NIU scholarships and competitive awards offered by the National Weather Association and American Meteorological Society.