Applications are now open for a fully funded PhD position in Atmospheric Sciences at Cornell University, focusing on the intensity distribution of precipitation and its changes. The position is supervised by Assistant Professor Angeline Pendergrass, whose research group investigates precipitation extremes and climate dynamics. The successful applicant will join the Precipitation and Climate Research Group within the Department of Earth and Atmospheric Sciences.

The research will center on understanding how precipitation intensity distributions are changing, with implications for climate change and extreme weather events. The program is designed to train students in advanced research methods in atmospheric science, leveraging skills in data analysis, coding, physics, and mathematics. Applicants with backgrounds in atmospheric science, physics, mathematics, or related fields are encouraged to apply. Coding and data analysis experience is considered beneficial.

Graduate assistantships are available, providing full tuition coverage and a stipend. Additional funding opportunities exist through external fellowships such as the NSF GRFP, DOE SCGSR, NDSEG, and AMS Graduate Fellowship. Application fee waivers are available for eligible candidates, particularly those participating in Pathways programs or who can demonstrate financial hardship.

The application deadline for Fall 2026 entry is January 1, 2026. The GRE is not required. All application materials, including statements, letters of recommendation, and transcripts, must be submitted through the official Cornell Graduate School application portal. International applicants should review English language proficiency requirements. For more information about the program, research group, and application process, visit the provided links.

This opportunity is ideal for students passionate about atmospheric sciences, climate change, and quantitative research. The program offers a collaborative environment, access to cutting-edge research, and the chance to contribute to understanding critical environmental challenges.