University of Arizona

What you'll study

The programme blends core geography topics with hands-on cartography and geospatial methods. Core subjects typically include physical geography (landforms, climatology, hydrology), human geography (urban and cultural geography, political economy), and foundation courses in geographic theory.

Practical and technical modules emphasise cartographic design and geospatial technologies: Geographic Information Systems (GIS), spatial analysis, remote sensing and image interpretation, geodatabases, web mapping, and programming for spatial data. Students also study quantitative methods and geostatistics, field methods and research design for collecting and analysing spatial data.

Coursework is usually organised as a mix of lectures, laboratory sessions and fieldwork. Many students undertake a capstone project, independent research or an internship in the final year, applying cartographic and analytical skills to real-world problems.

• Example modules: Introduction to Physical Geography; Human Geography; Cartographic Design and Visualization; Geographic Information Systems I & II; Remote Sensing; Spatial Analysis and Modelling; Field Methods in Geography; Geostatistics; Research Methods and Capstone Project.
• Skills developed: spatial data management, map and web map design, remote sensing interpretation, programming for geospatial analysis (e.g. Python/R), spatial statistics, critical place-based thinking.

Entry requirements

Applicants are expected to hold a high-school diploma or equivalent. Typical preparations include coursework in mathematics and science; prior exposure to geography, earth science, computer science or statistics is beneficial but not always required. Admission decisions consider academic record, personal statement and any supplemental materials the University requests.

International applicants must demonstrate English proficiency through an accepted test or other university-approved means. Transfer students should present transcripts of college-level coursework; credits for GIS, mathematics or science courses may be evaluated for placement or exemptions.

Prospective students who are unsure about direct entry can often begin with general university requirements and declare the major after completing introductory geography and related gateway courses.

Career prospects

Graduates with a degree in Geography and Cartography have versatile career options across public, private and non-profit sectors. The combination of spatial thinking and technical skills prepares students for roles such as:

• GIS analyst or technician
• Cartographer and map designer
• Remote sensing and environmental data analyst
• Urban and regional planner assistant
• Environmental consultant or resource manager
• Geospatial developer or data scientist specialising in spatial data

Alumni also move into research, policy, education and roles with government agencies (local planning departments, USGS, NOAA), environmental consultancies, utilities, telecommunications, and technology firms that use location-based services. Internships and capstone projects typically support transitions into employment or graduate study in GIScience, urban planning, environmental science or related fields.

Why study at University of Arizona

The University of Arizona offers a strong base in geospatial science and cartography, delivered through the School of Geography and related departments. Students benefit from extensive laboratory facilities and specialised mapping and GIS labs, access to remote sensing and spatial-analysis software, and faculty active in applied and theoretical geography research.

Arizona’s varied landscapes provide convenient fieldwork opportunities spanning desert, mountain and urban environments, supporting hands-on training in physical and human geography. The university’s location and institutional links provide pathways to internships and collaborations with regional and national agencies and private employers that routinely hire geospatial specialists.

Interdisciplinary options let students combine geography with environmental science, planning, computer science or public policy, enabling a tailored degree that aligns with specific career goals in mapping and spatial analysis.