Cornell University

Overview

The PhD program in Atmospheric Science at Cornell University delves into the complexities of the atmosphere, examining everything from surface turbulence to intricate weather systems and climate change phenomena. This research-focused degree equips students with the skills necessary to conduct advanced studies in meteorology, climatology, and related atmospheric processes.

What you'll study

Programme Structure

• PhD candidates engage in graduate-level coursework across various departments at Cornell, tailored to their specific research requirements and academic backgrounds.
• Course selection is collaboratively planned with major advisors and dissertation committees, ensuring alignment with the student’s research trajectory and any necessary minor or related fields.
• Students are expected to complete a dissertation that presents original research in atmospheric science, culminating in a final defense of their work.

Typical academic pathway

• Early stage: Establish a strong foundational knowledge through targeted coursework while initiating research collaborations with faculty.
• Mid stage: Deepen expertise through advanced classes and meet research benchmarks set by advisors and committees.
• Dissertation stage: Conduct independent research, analyze findings, and compose the dissertation document.

Research breadth

• Research topics may encompass weather and climate dynamics, numerical modeling, data assimilation, observational analysis, atmospheric chemistry, and remote sensing, depending on faculty expertise and student interests.

Entry requirements

Prospective students should possess a baccalaureate degree from an accredited institution or an equivalent qualification, demonstrating sufficient preparation for graduate studies in atmospheric science. Admission decisions are based on the applicant's potential for advanced study and research capabilities.

Career prospects

Graduates of the PhD program in Atmospheric Science are well-equipped for a variety of career paths. They may pursue roles in academia, governmental agencies, environmental consulting firms, and research institutions, focusing on areas such as meteorology, climate science, environmental policy, and atmospheric research. The skills acquired during the program prepare students for impactful contributions to understanding and addressing climate and atmospheric challenges globally.