COURSE CURRICULUM

The Master’s in Atmospheric Science at the University at Albany offers a rigorous, research-driven program that builds deep expertise in understanding weather systems and atmospheric processes. Students study under faculty specializing in areas such as atmospheric dynamics, physics, chemistry, climate variability, and paleoclimate, gaining both broad knowledge and focused research experience. Through coursework and guided research, students develop skills in key areas including synoptic, tropical, and mesoscale meteorology, as well as atmospheric chemistry and physics, preparing them to analyze extreme weather and complex environmental systems.The curriculum includes a minimum of 18 credits in atmospheric science courses, covering topics such as atmospheric physics, atmospheric dynamics, synoptic-dynamic meteorology, tropical meteorology, climate modeling, boundary layer processes, and general circulation of the atmosphere. These courses provide a strong scientific foundation in how the atmosphere and oceans function and interact. In addition, students may take supporting courses from related disciplines to broaden their expertise, depending on their academic goals.A central component of the program is the master’s thesis, which requires 6 credits and represents original research conducted under faculty supervision. Students must also complete a major field examination, typically involving an oral presentation of their research, demonstrating their understanding and ability to communicate complex scientific ideas.Beyond academics, students are expected to participate in ancillary duties such as teaching, research assistance, or practicum work, which contribute to their professional development. With guidance from faculty advisors, students create a mentoring plan that supports career growth, including opportunities to attend national conferences through research funding. Overall, the program combines advanced coursework, hands-on research, and professional training to prepare graduates for careers in meteorology, environmental science, and related fields.