University of San Diego

What you'll study

The programme blends foundational sciences with specialised atmospheric coursework and practical laboratory and field experience. Early years focus on calculus, physics, chemistry and core Earth science principles that underpin atmospheric processes. Major courses typically include atmospheric thermodynamics, synoptic and mesoscale meteorology, boundary layer processes, cloud microphysics, and physical climatology.

Advanced and applied modules emphasise observational and computational skills: numerical weather prediction, remote sensing and satellite interpretation, radar meteorology, air quality and dispersion, data assimilation, and programming for atmospheric science (commonly using Python or MATLAB). Students also take laboratory and field classes covering instrumentation, surface and upper‑air observations, and deployment of sensors for coastal and urban meteorology studies.

The degree normally includes a capstone sequence such as a senior research project or practicum, and opportunities for internships with regional agencies and private weather services. Electives and cross‑disciplinary options may be taken in oceanography, environmental policy, GIS, or statistics to broaden vocational and research pathways.

Entry requirements

Applicants are expected to have a strong secondary‑school background with substantial preparation in mathematics (including calculus), physics and laboratory science. Successful candidates typically demonstrate competence in trigonometry and algebra and show evidence of quantitative problem‑solving skills.

Typical application materials include official secondary transcripts, a personal statement outlining interest in atmospheric sciences, and at least one academic letter of recommendation. Transfer applicants should present college‑level coursework in calculus, physics and introductory meteorology or Earth sciences. International applicants must demonstrate English language proficiency through an accepted exam or recognised institutional evidence.

Career prospects

Graduates enter a range of careers in weather forecasting, climate analysis and environmental science. Common roles include operational meteorologist, broadcast meteorologist, atmospheric scientist in government agencies (for example in regional weather services or environmental protection bodies), air quality analyst, and consulting meteorologist for industry and infrastructure projects.

Other pathways lead to specialised work in renewable energy forecasting, aviation and maritime weather services, hydrometeorology, and remote sensing or data‑science roles in private weather firms and technology companies. Many graduates also progress to postgraduate study in atmospheric science, climate science, environmental engineering or related disciplines, or pursue research positions.

Why study at University of San Diego

The University of San Diego offers a personalised undergraduate experience with small class sizes and opportunities for close faculty mentorship. Its coastal location provides an excellent natural laboratory for studying marine and coastal meteorology, urban climate effects and air quality in a region with diverse microclimates.

Students benefit from hands‑on learning through laboratory facilities, fieldwork opportunities and internship links with regional meteorological and environmental organisations. The programme emphasises interdisciplinary collaboration, allowing students to combine atmospheric science with courses in oceanography, environmental policy and data analytics to prepare for both applied careers and research.

Undergraduates are encouraged to engage in faculty‑led research projects and to take advantage of the university’s career services and industry connections to secure practicum placements and post‑graduate employment.