University of Kansas

What you'll study

The programme covers a balance of spatial theory, quantitative methods and applied cartography. Core topics typically include geographic information systems (GIS), cartographic design and symbolisation, spatial analysis and modelling, remote sensing and image analysis, geostatistics, geospatial database management, and web mapping and geovisualisation. Students also study research methods and theory in human and physical geography, and may choose electives in areas such as urban geography, environmental geography, transportation geography or spatial epidemiology.

Delivery combines seminars, hands‑on laboratory work and project-based mapping practicum. Students learn industry-standard software and open-source tools, and are trained in scripting and automation using languages commonly used in the discipline (for example Python or R). The programme is offered with research (thesis) and professional (project/coursework) pathways, allowing students to pursue an independent research thesis, a substantial applied mapping project, or a coursework-focused route with a capstone applied practicum.

Entry requirements

Applicants are normally expected to hold an undergraduate degree in geography, GIS, environmental science, planning, computer science or a closely related discipline. A strong academic record in relevant coursework such as statistics, introductory GIS, or spatial analysis is desirable. Admissions typically require academic transcripts, a statement of purpose describing research or professional goals, and letters of recommendation. A curriculum vitae/resume and a sample of previous work or a portfolio of maps and spatial projects can strengthen an application.

International applicants must demonstrate English language proficiency to the University of Kansas minimum standard. Specific programme-level prerequisites (for example introductory programming or GIS) may be recommended; applicants without formal preparation may be admitted conditionally and advised to take preparatory courses upon entry. The programme may request additional documentation such as GRE scores on a case-by-case basis—applicants should consult the department for current guidance.

Career prospects

Graduates commonly move into roles that combine technical spatial skills with domain knowledge. Typical job titles include GIS analyst, cartographer, geospatial data scientist, remote sensing analyst, urban or regional planner, environmental consultant, transportation analyst, and natural resources GIS specialist. Employers include local and national government agencies, planning consultancies, environmental and conservation organisations, utilities and transport authorities, private-sector consulting firms and technology companies offering mapping and location-based services.

Graduates who pursue the research pathway often continue to doctoral study or take on specialist research roles in academia, nonprofit research centres, or government laboratories. The programme’s emphasis on applied projects and internships also supports transition into industry positions with practical portfolio evidence of spatial analysis and cartographic work.

Why study at University of Kansas

The University of Kansas provides a department environment where geographic research is integrated with hands-on training in cartography and GIS. Students benefit from dedicated GIS and mapping labs, access to high-performance computing resources for spatial analysis, and instruction from faculty whose research spans GIScience, cartography, remote sensing and applied human and physical geography.

Interdisciplinary links across departments—such as environmental studies, planning, computer science and public policy—give students opportunities for collaborative projects and internships with regional agencies and private partners. The programme emphasises practical, real-world mapping and spatial problem solving, enabling students to build a professional portfolio while exploring research questions relevant to urban, rural and environmental contexts in the region and beyond.