North Carolina State University

What you'll study

The programme combines foundational physical science and mathematics with specialised courses in atmospheric dynamics, thermodynamics, synoptic and mesoscale meteorology, and climate science. Early coursework builds core skills in calculus, physics and chemistry alongside introduction to atmospheric science; subsequent years focus on advanced topics such as atmospheric radiation, boundary-layer meteorology, cloud microphysics, remote sensing, and atmospheric chemistry.

Students gain practical experience with numerical weather prediction, data analysis and programming through courses in scientific computing and applied statistics. Laboratory and field components are integral, including hands-on work with observational instruments, radar and satellite data, and participation in field campaigns where available. The degree typically culminates in a capstone project, independent research with faculty, or an industry internship that applies classroom learning to real-world atmospheric problems.

• Core modules: Calculus sequence, Physics for scientists, General chemistry
• Atmospheric core: Atmospheric dynamics, Atmospheric thermodynamics, Synoptic meteorology, Mesoscale meteorology
• Specialist modules: Cloud physics and microphysics, Boundary-layer processes, Atmospheric radiation, Atmospheric chemistry and air quality
• Tools and methods: Numerical weather prediction, Remote sensing and satellite meteorology, Scientific programming and data analysis
• Practical experience: Laboratory courses, fieldwork, capstone research project or internship

Entry requirements

Applicants should have a strong background in mathematics and physical science from secondary education—typically including calculus and physics. Successful candidates demonstrate quantitative ability, problem-solving skills and an interest in programming or data analysis. Admissions consider grades or transcripts, personal statements, and any relevant extracurricular experience such as weather clubs, research projects or internships.

Transfer students must meet departmental transfer criteria and show completion of key prerequisites. International applicants should present equivalent qualifications and evidence of proficiency in English. Prospective students without prior programming experience are encouraged to take introductory computing courses before or during their first year.

Career prospects

Graduates go on to careers in operational forecasting with national and regional weather services, broadcast meteorology, air-quality management, environmental consulting and emergency management. The quantitative and computing skills developed are also valued in climate research, data science roles, renewable energy (wind and solar forecasting), and roles within government agencies and private-sector weather and climate service providers.

Many graduates continue to postgraduate study in atmospheric science, hydrology, climate science, or applied mathematics, or pursue professional positions with research institutions, environmental consultancies, energy companies and federal agencies involved in weather and climate monitoring and prediction.

Why study at North Carolina State University

North Carolina State University offers this degree within a department that emphasises interdisciplinary training across atmospheric, oceanic and earth sciences. Students benefit from access to modern observational and computing facilities, hands-on field opportunities and faculty engaged in a broad range of research from weather prediction to climate processes.

The university’s location in a region with a strong concentration of research organisations and environmental companies provides networking, internship and employment opportunities. Coursework is designed to balance theory and practice, preparing graduates for both immediate employment and further study in the atmospheric and environmental sciences.