Kent State University

What you'll study

This master's programme combines core geographic concepts with specialist training in cartography and geospatial technologies. Teaching typically covers spatial theory and methods, advanced cartographic design and visualization, geographic information systems (GIS), remote sensing and image analysis, spatial statistics and quantitative methods. Students gain practical experience in geospatial data management, database design, geoprocessing, web mapping and geospatial programming (commonly using Python and R).

Programme structure is flexible and commonly offered with thesis and non-thesis (project or practicum) options. Typical modules and learning experiences include:

• Advanced Cartographic Design — principles of visualisation, symbolisation, typography and map production for print and digital media.
• GIScience and Spatial Analysis — network analysis, spatial modelling, interpolation and spatial statistics.
• Remote Sensing and Image Processing — satellite and aerial imagery, classification, change detection and spectral analysis.
• Geospatial Database Management — spatial databases, data standards, metadata and large data handling.
• Web Mapping and Geovisualisation — web GIS, interactive mapping frameworks and cartographic storytelling online.
• Geoprogramming — scripting for automation, tool development and reproducible workflows using Python, R or similar languages.
• Research Methods and Field Techniques — study design, data collection, GPS/GNSS, and ethical considerations in geographic research.

Entry requirements

Applicants should normally hold a bachelor's degree in geography, GIS, earth/environmental sciences, planning, computer science or a related discipline. Admissions typically consider academic transcripts, a statement of purpose outlining research or career goals, and letters of recommendation. Practical experience with GIS or an undergraduate course background in geography or quantitative methods is advantageous.

International applicants must demonstrate English language proficiency to the university's standard. Some applicants may be advised to complete prerequisite coursework if their background lacks core geographic or technical subjects. The department may offer both thesis and non-thesis tracks; applicants indicating research interests are expected to submit a brief research proposal or identify potential faculty supervisors.

Career prospects

Graduates develop a mix of theoretical and technical skills that are in demand across sectors. Typical roles pursued by alumni include:

• GIS analyst or GIS developer in government agencies, utilities and local authorities
• Cartographer and map designer for publishers, museums and media
• Geospatial analyst for environmental consultancies, natural resource management and conservation organisations
• Remote sensing specialist in disaster management, agriculture monitoring and climate applications
• Urban and regional planner or spatial data scientist in private sector and NGOs
• Academic or research positions and progression to doctoral study in geography, GIScience or related fields

The programme’s applied components, practicum options and regional links also support internships and partnerships with public agencies and commercial employers, helping students build a professional portfolio of projects and maps.

Why study at Kent State University

Kent State has a long-established geography programme with faculty active in GIScience, cartography, remote sensing and applied geographic research. The university provides hands-on training through well-equipped GIS and mapping labs, opportunities to work with regional datasets, and collaborations across allied departments such as environmental sciences, urban planning and computer science.

Location advantages include proximity to urban and natural field sites and connections to regional government and industry employers in the greater Cleveland area, which can support internships and applied projects. Kent State’s mix of theoretical instruction, practical labs and research supervision makes it suitable for students aiming for applied geospatial careers or further academic study.