Michigan State University

What you'll study

The programme blends coursework and research to develop technical skills in geographic information science, cartographic design and spatial analysis. Core subjects typically include GIS and geodatabases, spatial statistics, remote sensing and image analysis, cartographic design and geovisualisation, and geographic research methods. Students also study supporting topics such as spatial data infrastructures, coordinate systems and projections, programming for geospatial analysis (commonly Python or R), and field methods for collecting geographic data.

Study options usually include a thesis (research) track and a non‑thesis (professional) track. The thesis option focuses on an original research project under faculty supervision and is suited to students aiming for doctoral study or research roles. The non‑thesis option emphasises applied coursework and practicum experiences, often including project work with local agencies or industry partners. Independent study and elective modules allow specialisation in areas such as urban and regional analysis, environmental applications of remote sensing, web mapping and GIS application development, or critical cartography.

Entry requirements

Applicants are expected to hold an undergraduate degree in geography, earth sciences, environmental science, computer science, planning or another discipline with substantial quantitative or spatial coursework. Admissions typically consider the overall academic record, transcripts, and evidence of quantitative and technical preparation.

Required application materials commonly include a statement of purpose describing research interests and career goals, academic transcripts, two or three letters of recommendation, and a curriculum vitae or resume. Some applicants submit a portfolio or examples of prior GIS or mapping work. International applicants must demonstrate English language proficiency through recognised tests unless exempt. GRE requirements vary; applicants should check the department’s current guidance.

Career prospects

Graduates progress into a broad set of professional roles that apply geospatial science and cartography. Typical positions include GIS analyst, cartographer, geospatial data scientist, remote sensing specialist, GIS developer, spatial data manager, environmental consultant and urban or regional planner. Employers span government agencies, environmental and engineering consultancies, utilities, mapping and navigation companies, non‑profit organisations, and academic or research institutions.

The programme’s combination of technical training and applied research prepares students for both practised‑focused work and continued academic study at doctoral level. Career development resources at the university and departmental connections with state and regional partners can support internship placements and job searches in the Great Lakes region and beyond.

Why study at Michigan State University

Michigan State’s Department of Geography, Environment, and Spatial Sciences provides a multidisciplinary environment with faculty expertise across GIScience, cartography, remote sensing and human–environment interactions. Students benefit from dedicated spatial labs, access to remote sensing and high‑performance computing resources, and the Map Library and GIS services that support applied projects.

The university’s strong external partnerships with state agencies, research centres and industry offer opportunities for collaborative projects and practicum placements. Located in East Lansing, MSU also provides a research community with connections across environmental science, urban studies and public policy, allowing geography and cartography students to pursue interdisciplinary research and applied work in both regional and global contexts.