University of Kansas

What you'll study

The programme balances foundational geography with applied cartography and geographic information science (GIS). You will study how natural and human systems interact across space and time, while developing technical skills in spatial data collection, analysis and visualisation.

• Core physical geography: landscape processes, climatology, hydrology and biogeography to understand environmental systems and hazards.
• Core human geography: urban and regional geography, economic and cultural geography, and population studies exploring social and spatial patterns.
• Cartography and map design: principles of map composition, symbology, colour theory and effective communication of spatial information.
• GIS and spatial analysis: database design, spatial statistics, modelling, and use of industry‑standard GIS software for analysis and decision support.
• Remote sensing and geospatial data acquisition: satellite and aerial imagery interpretation, LiDAR basics, GPS and field data collection techniques.
• Research methods and fieldwork: quantitative and qualitative methods, field techniques and a capstone research or applied project that integrates cartographic output and spatial analysis.
• Electives and interdisciplinary options: opportunities to take modules in computer science, environmental science, urban planning, public policy or geology to tailor the degree to specific interests.

Programme structure typically includes lower‑division foundations, upper‑division specialised modules and a senior capstone or project in which students produce maps, spatial datasets and analytic reports. Laboratory and field components give practical experience along with classroom theory.

Entry requirements

Applicants should hold a recognised secondary-school qualification or equivalent for undergraduate study. Admissions look for a strong academic record with recommended preparation in mathematics (algebra, statistics), natural or social sciences and some exposure to geography where available.

• Domestic applicants: successful completion of high school with subject preparation as above; competitive applicants often have supplementary experience such as GIS workshops, fieldwork, or related extracurricular activity.
• International applicants: an equivalent secondary qualification from your country, demonstrated academic readiness for university study and proof of English language proficiency where English is not the first language.
• Additional considerations: some applicants may strengthen their application with a personal statement outlining interest in geography/cartography, a portfolio of map or spatial work if available, or relevant volunteer/work experience. Placement into particular modules may depend on prior coursework or placement testing.

Career prospects

Graduates leave prepared for a wide range of roles where spatial thinking and mapping are central. The degree provides technical skills and applied experience valued in both public and private sectors.

• GIS analyst or technician in local, state or federal government, utilities, transportation agencies and consulting firms.
• Cartographer and map designer for publishing, web mapping services and specialised map production.
• Remote sensing specialist or analyst working with satellite and aerial imagery for environment, agriculture, natural resources and disaster response.
• Urban and regional planner or spatial policy analyst supporting development, land use and community planning.
• Environmental consultant, conservation technologist or natural resource manager using spatial data for assessment and monitoring.
• Location intelligence, market analysis or logistics roles in the private sector that rely on spatial analytics and visualisation.
• Further study and research: graduates often progress to postgraduate degrees in geography, GIScience, urban planning, environmental science or related disciplines.

Why study at University of Kansas

The University of Kansas offers an established Department of Geography and Atmospheric Science with faculty expertise across physical, human and technical geography. Students benefit from dedicated GIS and cartography laboratories, access to remote sensing resources and practical fieldwork opportunities in the Great Plains and regional landscapes.

• Practical, hands‑on training using industry‑standard GIS and mapping software plus opportunities for applied projects and internships with government agencies and regional organisations.
• Interdisciplinary links across environment, planning and computing allow students to combine cartography with complementary skills attractive to employers.
• Research-active faculty and small upper‑division classes provide mentorship for capstone projects and preparation for graduate study or professional work.
• Career and internship support through university services and local partnerships, helping students translate technical skills into workplace roles.