Indiana University

What you'll study

The programme combines advanced coursework, original research and teaching experience to prepare students for independent scholarship in geography and cartography. Core study areas typically include geographic theory and research design, advanced geographic information science (GIScience), spatial statistics and modelling, remote sensing, cartographic design and geovisualisation, and qualitative and mixed-methods approaches to human and physical geography.

Typical modules and topics you can expect to encounter:

• Advanced GIS and spatial analysis – spatial databases, network analysis, spatial interpolation and modelling workflows.
• Cartographic theory and design – map communication, semantics of symbolisation, interactive and web cartography, and visualisation principles.
• Geovisualisation and human–computer interaction – visual analytics, user-centred map design, and dynamic mapping interfaces.
• Remote sensing and geospatial data acquisition – image processing, LiDAR, and sensor-derived datasets for environmental and urban applications.
• Spatial statistics and quantitative methods – point pattern analysis, spatial econometrics, and Bayesian spatial models.
• Qualitative and field methods – ethnographic approaches, participatory mapping and place-based research techniques.
• Research seminar and professional development – dissertation proposal preparation, grant-writing, pedagogy and ethics in research.

The doctoral pathway normally comprises an initial period of coursework, comprehensive or qualifying examinations, a formal dissertation proposal, and completion of an original doctoral dissertation. Students frequently engage in interdisciplinary projects and collaborative research with faculty across informatics, environmental science and policy-related units. Teaching or research assistantships are common components of doctoral training, providing practical experience in instruction and lab supervision.

Entry requirements

Applicants are expected to hold a relevant bachelor's degree and normally a master’s degree in geography, cartography, GIScience or a closely related field. Strong preparation in quantitative methods, programming or spatial analysis is highly desirable; applicants with primarily qualitative backgrounds should demonstrate equivalent methodological training or research experience.

Typical application materials required by the department include:

• Academic transcripts demonstrating strong performance in prior university study.
• A research statement or proposal outlining intended doctoral research questions and methods.
• Curriculum vitae documenting relevant technical skills, publications, or research experience.
• Letters of recommendation (usually two to three) from academic or professional referees.
• Evidence of English language proficiency for applicants whose first language is not English.

Admissions decisions are based on the fit between the applicant’s research interests and faculty expertise, demonstrated preparation for doctoral work, and the availability of supervisory support and funding. Prospective students are encouraged to contact potential supervisors to discuss research alignment before applying.

Career prospects

Graduates with a PhD in Geography and Cartography move into a wide range of careers that draw on deep expertise in spatial thinking, mapping and analysis. Common career paths include:

• Academic positions in geography, cartography, GIScience and related disciplines, including postdoctoral research and faculty roles.
• Research scientist or analyst roles in government agencies and public-sector bodies responsible for spatial data and mapping (for example environmental agencies, urban planning departments and national mapping organisations).
• Senior GIS and geospatial data science roles in private industry, including technology firms, consulting companies, utilities and transportation organisations.
• Positions in non-governmental organisations and international development that require expertise in participatory mapping, spatial planning and environmental assessment.
• Specialist roles in geovisualisation, spatial product design and location-based services, including leadership of geospatial teams or entrepreneurial ventures.

Many graduates combine research and practice, leading applied projects, securing research grants, or developing open-source tools and data resources used across sectors.

Why study at Indiana University

Indiana University offers doctoral students a strong environment for cartographic and spatial-science research, with faculty expertise spanning theoretical geography, GIScience, remote sensing and geovisualisation. The department encourages interdisciplinary collaboration with other units on campus such as informatics, earth and atmospheric sciences, public policy and environmental affairs, allowing students to draw on diverse methods and substantive areas.

Students benefit from dedicated computing and mapping facilities, access to extensive spatial data collections in university libraries, and opportunities to work on funded research projects. The programme emphasises mentorship and professional development, supporting doctoral candidates to publish, present at conferences and build teaching experience that prepares them for academic and applied careers in the geospatial community.