The Johns Hopkins Online Master of Science in Geographic Information Systems (GIS) offers you a scientific foundation in the fascinating fields of spatial data modeling, spatial data analysis, geo-visualization, and enterprise GIS architecture.

The University of West Florida’s online Master of Science in Geographic Information Science offers convenience and competitive tuition to students looking to develop professional skills in geospatial science and business management. UWF provides a mix of hands-on software training with conceptual instruction from highly qualified GIS professionals. Designed for the working professional, the up-to-date, quality course content can be completed from anywhere.

Saint Louis University’s master’s program in geographic information science addresses an increasing demand for professionals with geospatial science skills. It offers a combination of geospatial theory and practical training.

With an MS in Remote Sensing & Geospatial Sciences, your career options are endless. Private, public, and nonprofit sectors demand professionals with advanced technical skills who can organize and analyze spatial data sets. From governmental planning, defense, and transportation departments; to environmental, resource management, and public safety agencies; to consulting firms, research labs, and academia, your skills are in demand.

Gain a solid foundation in geospatial data science, programming and application development, predictive analytics, big data technologies, and project management through Johns Hopkins University’s MS in Geographic Information Systems degree.

Earth Science - Key courses include: "geochemistry" - mineral thermodynamics, migration of contaminated species in soil and water, and plant / biogeochemical localization of deposits. "Geological Engineering / Geology" - Slope Stability, Numerical Simulation and Seismic Engineering. "Geophysical engineering" - paleoclimate and cryosphere research, oil and mining exploration, neural networks, data inversion, seismic wave reflection, remote sensing, water resources assessment, shallow geophysics, tectonic geology and radioactive earthquakes learn. "Hydrology / hydrogeology" - water quality and water supply issues, including surface and groundwater resources.

The master’s in Remote Sensing & Geospatial Sciences (RS & GS) is designed for students with diverse natural science and social science backgrounds who desire specialized training in the use of remote sensing and geographic information systems (GIS) in environmental and natural resource analysis and management.

The Department of Geography offers a thesis-based master of science in Cartography and Geographic Information Systems. The program provides a broad foundation in the theory and application of mapping and geographic information sciences.

The online Master of Science in Human Security and Geospatial Intelligence builds leadership and management skills within the context of relevant political, social, and environmental forces. It also empowers students with a passion for risk mitigation, disaster planning, and threat response who want to thrive in highly dynamic, often chaotic environments in the field.

The Master of Science in GeoInformatics provides training for careers in many sectors of business, government, and academia. As technology more and more integrates into our lives, GeoInformatic's focus on mapping the physical world will only increase in prominence, creating timely and in-demand skillset and career. Hunter's focus on GeoInformatics is unique within the New York City Metropolitan area. Our training in the computational aspects of GIS includes modeling and programming, remote sensing, visualization, databases, spatial ontologies, spatial statistics, big data, complexity, as well as applied research topics such as human and animal mobility, transportation, crime and health, environmental modeling, urban environments, biogeography, disaster management, and community-based GIS.

The MS in Geospatial Information Sciences program provides students with a rigorous understanding of the technologies, quantitative techniques, models and theories used to acquire and manage spatially referenced information and to analyze spatial processes.