Oregon State University

What you'll study

This programme covers core concepts in human and physical geography together with specialised training in cartography and geospatial technologies. Typical topics include geographic information systems (GIS), cartographic design and visualisation, spatial statistics, remote sensing, geodesy and coordinate systems, geospatial data management, and programming for geospatial analysis (such as Python and R).

Students normally follow a combination of coursework and a culminating research component, which may be a thesis, a professional project, or a substantial portfolio of cartographic work. Core and elective modules commonly encountered in the curriculum are:

• Advanced GIS and Spatial Analysis – spatial modelling, network analysis, and geoprocessing workflows.
• Cartographic Design and Visualisation – principles of map design, colour theory, interactive mapping and information design for print and web.
• Remote Sensing and Image Analysis – satellite and aerial imagery processing, classification and change detection.
• Spatial Statistics and Quantitative Methods – spatial data analysis, interpolation, geostatistics and hypothesis testing.
• Geospatial Programming and Data Management – scripting for automation, database design, and working with large spatial datasets.
• Field Methods and Geographic Theory – practical collection of spatial data and critical theoretical approaches in geography.

Students also gain experience with industry-standard software (desktop and web GIS platforms), open-source tools, and access to high-performance computing resources for large geospatial datasets. Practical lab work, collaborative projects with external partners and opportunities for internships are typical components of the learning experience.

Entry requirements

Applicants should hold an accredited bachelor’s degree or equivalent, preferably in geography, geosciences, environmental science, computer science, planning or a closely related field. Strong applicants typically demonstrate quantitative skills and some exposure to GIS, programming or spatial data, though bridging courses are available for those with limited technical backgrounds.

Required application materials generally include academic transcripts, a statement of purpose outlining research interests and career goals, two or three letters of recommendation, and a CV or résumé. Applicants whose first language is not English must provide evidence of English proficiency with an accepted test score. A portfolio of cartographic work or examples of technical projects can strengthen an application for the cartography emphasis. GRE scores may be considered where required by the department; check the department’s admissions guidance for current policy.

Career prospects

Graduates move into a wide range of public, private and non-profit roles that require advanced spatial thinking and technical proficiency. Common career paths include:

• GIS analyst or specialist in local, regional or national government agencies
• Cartographer and map designer for publishers, mapping companies or digital platforms
• Remote sensing analyst or environmental data scientist in consulting and natural resource sectors
• Urban and regional planner or transportation analyst using spatial models to inform decision-making
• Geospatial developer or analyst in technology firms building mapping and location-based services
• Researcher or PhD candidate in geography, GIScience or related fields

Oregon State’s graduate alumni commonly find employment with state and federal agencies, environmental consultancies, urban planning firms, conservation organisations, and private tech companies that use location intelligence. The programme’s combination of technical training and research experience also prepares graduates for doctoral study.

Why study at Oregon State University

Oregon State offers a strong, research-active environment for geographic and cartographic study, with faculty expertise spanning GIScience, cartographic communication, remote sensing and spatial statistics. Students benefit from hands-on access to modern geospatial laboratories, remote sensing resources, and computing infrastructure for handling large spatial datasets.

The university’s location in the Pacific Northwest provides diverse fieldwork opportunities across coastal, forested and urban landscapes, and fosters collaboration with regional government agencies and environmental organisations. Graduate students are supported by a network of research groups and interdisciplinary centres, internship links with public and private partners, and mentoring that prepares them for applied careers or continued research training.