New York University

Overview

The PhD in Atmosphere Ocean Science and Mathematics (AOSM) at New York University equips students with the skills to apply advanced mathematical techniques to critical issues in atmosphere, ocean, and climate science. This program merges comprehensive applied mathematics education with specialized research in geophysical and fluid systems, preparing graduates for impactful careers in academia, research, and industry.

What You'll Study

The AOSM PhD program combines rigorous graduate coursework in applied mathematics with essential studies in atmosphere and ocean sciences. Students will follow a structured path from foundational concepts to advanced research topics, culminating in a dissertation that showcases their original contributions to the field.

Core Graduate Coursework

• Methods of Applied Mathematics
• Fluid Dynamics
• Geophysical Fluid Dynamics
• Ocean Dynamics
• Atmospheric Dynamics

Research and Dissertation

• Dissertation Research: Candidates will undertake a PhD dissertation that focuses on an original research topic within atmosphere-ocean science, emphasizing mathematical methodologies.
• Academic Development: The curriculum is designed to enhance both mathematical proficiency and scientific understanding, facilitating progress toward qualifying requirements and dissertation completion.

Specific course requirements, milestones, and elective options will be defined based on the student's academic plan and departmental guidelines.

Entry Requirements

While specific GRE/GMAT scores or GPA thresholds are not stipulated, applicants should possess a solid background in mathematics or quantitative disciplines pertinent to atmosphere-ocean and fluid dynamics research.

Career Prospects

Graduates of the AOSM PhD program can pursue diverse career paths in academia, governmental agencies, and private sector organizations focused on climate science, environmental consulting, and research institutions. The strong analytical and research skills developed during the program will enable them to contribute significantly to advancements in understanding and addressing global atmospheric and oceanic challenges.