It is crucial to understand spatio-temporal dimensions through geospatial analytics, which provides practical means for making informed decisions in addressing current world challenges such as energy resources, climatic issues, sustainability, or interactions between humans and the environment. The School of Earth, Environment and Society offers a Master of Science (M.S.) degree in Applied Geospatial Science, and Certificate programs to train students to use and understand some of the most advanced data and cutting-edge technology. Students gain skills in using professional tools such as: Esri ArcGIS Desktop and Server, ENVI, ERDAS, eCognition, Idrisi, Trimble Pathfinder Office and Terrasync, Microsoft SQL Server, Microsoft Visual Studio Professional, and other open-source software such as R, Python and GRASS.
Today, geospatial technology plays a key role in many different occupations, including cartography, surveying, earth sciences, energy sciences, computer science, state and local governments, criminal justice, statistics, business, and management. The interdisciplinary nature of this field has also allowed for integration into planning, decision-making, and business processes of organizations which represent a major investment on the part of the U.S. federal government and the private sector. A wide array of public, private and nonprofit organizations require employees that can utilize the interdisciplinary geospatial skills emphasized in our program
Learning Outcomes
Upon completion of the Master’s degree, students in the Applied Geospatial Sciences program are expected to be able to:
Demonstrate the ability to explain fundamental geospatial concepts and theory for addressing important societal issues.
Demonstrate the ability to apply geospatial data and tools across multiple disciplines.
Demonstrate the ability to explain in-depth ideas and concepts in area of specialization.
Plan I: Demonstrate the ability to design and conduct an original research project, with appropriate use of scientific methods, robust sampling, and analytical methodologies.
Plan II: Demonstrate the ability to defend and communicate the results and interpretations of an original research project.
