Indiana University

What you'll study

The programme blends core geography theory with hands-on cartographic practice and spatial technologies. You will study physical geography topics such as climatology, geomorphology and biogeography alongside human geography subjects including urban geography, economic geography and cultural landscapes. Core technical modules cover cartographic design, GIS, remote sensing, spatial statistics, geospatial programming and geovisualisation.

Typical elements of the curriculum include:

• Introduction to Human and Physical Geography – foundational concepts and methods.
• Cartographic Design and Visualisation – principles of mapmaking, colour, symbology and interactive maps.
• GIS and Spatial Analysis – vector and raster data, spatial databases, spatial querying and modelling.
• Remote Sensing and Image Interpretation – satellite and aerial image processing for environmental and land-use applications.
• Spatial Statistics and Research Methods – quantitative methods, sampling, survey design and data interpretation.
• Programming for Geospatial Applications – scripting (often Python or R) for data processing, automation and reproducible workflows.
• Fieldwork and Applied Projects – local and regional field studies, data collection and capstone or honours project applying skills to a real-world problem.

Students can typically choose electives to specialise (for example urban planning, environmental management, or geodata science), and many programmes encourage participation in independent research projects or internships to build a professional portfolio.

Entry requirements

Applicants should hold a recognised secondary school qualification. Typical domestic applicants present a competitive high school GPA with evidence of strong performance in mathematics and one or more sciences or geography. Recommended preparation includes coursework in mathematics (algebra, statistics), geography or earth sciences, and computer science where available.

Indiana University considers a combination of academic record, personal statement, and letters of recommendation. Many applicants benefit from submitting examples of relevant work (for example map samples or projects) if available. Standardised tests (such as the SAT or ACT) may be optional depending on admission policies; international applicants must demonstrate English language proficiency through accepted tests unless exempt.

Career prospects

Graduates with a degree in Geography and Cartography leave equipped for roles that require spatial thinking and technical mapping skills. Common career paths include:

• GIS analyst or technician in public agencies, utilities or private consultancies
• Cartographer and map designer for publishing, digital platforms or localisation teams
• Urban and regional planner or transportation analyst
• Environmental consultant, conservation practitioner or natural resource manager
• Remote sensing specialist or geospatial data scientist working with imagery and large datasets
• Data visualisation and location-intelligence roles in business, health or logistics sectors

Graduates also progress to postgraduate study in geography, GIScience, urban planning or related fields, and many combine technical skills with internships or certificates to enter specialised industries.

Why study at Indiana University

Indiana University offers a comprehensive undergraduate geography education with access to dedicated GIS and mapping laboratories, experienced faculty active in spatial research, and opportunities for fieldwork across varied landscapes. The university supports interdisciplinary collaboration with departments such as environmental studies, public affairs and computer science, enabling students to broaden technical and policy perspectives.

Undergraduates benefit from applied learning through internships with regional agencies and companies, undergraduate research opportunities, and elective options that allow concentration in areas such as urban geography, environmental applications or geospatial data science. The programme emphasises practical skill development—mapmaking, remote sensing and geoprogramming—preparing graduates for both professional practice and further academic study.