MSc in Hydrology in Reno United States | University of Nevada, Reno

The program aims to deliver both foundational and specialized education in key areas of surface and subsurface hydrology. With over 70 faculty members from the University, DRI, and agencies like the U.S. Forest Service and Agricultural Research Service, research spans diverse topics including contaminant transport (surface and subsurface), watershed hydrology, ecohydrology, aqueous geochemistry, climate change impacts, groundwater hydraulics, vadose zone processes, surface water dynamics, and water resources engineering. This breadth offers students extensive study opportunities. The program maintains an intimate learning environment, fostering strong faculty-student connections. It also supports an active Nevada Water Resources Association (NWRA) student chapter and an international water-focused student group (SAIWI).
The Graduate Program of Hydrologic Sciences (GPHS) provides MS and PhD degrees in hydrology and hydrogeology, structured to build core knowledge while allowing specialization. Students tailor their focus by selecting from a wide array of graduate courses across campus. This interdisciplinary initiative involves faculty from the College of Science, College of Agriculture, Biotechnology and Natural Resources, College of Engineering, College of Liberal Arts, and the Desert Research Institute. MS candidates can opt for a thesis (Plan A) or non-thesis (Plan B) track, with advisors and program directors helping determine the best path. Accepted students frequently qualify for research/teaching assistantships and fellowships.

The program's goals ensure timely degree completion and prepare graduates for successful careers in water-related professions. MS hydrology graduates gain the expertise to perform hydrologic research, planning, and regulatory work in both public and private sectors. Key learning outcomes include:

mastery of fundamental hydrology concepts,
effective communication of ideas through written, numerical, visual, oral, and digital formats,
ability to conduct specialized research in hydrologic sciences, and
proficiency in quantitative methods, including statistical analysis and numerical modeling techniques.