Michigan State University

What you'll study

The programme blends core geography theory with hands‑on cartography and geospatial technologies. You will study physical geography topics such as climatology, biogeography and geomorphology alongside human geography subjects including urban and economic geography, political ecology and cultural landscapes. Technical training includes introductory and advanced GIS, remote sensing, spatial analysis, web mapping and database management, together with courses in cartographic design and visualisation.

Typical components of the degree include:

• Core geography modules covering human and physical systems
• Practical cartography and mapping courses focused on design, symbolisation and communication of spatial information
• GIS and remote sensing sequences with lab‑based exercises and project work
• Quantitative methods, statistics for spatial data and introductory programming for geospatial analysis
• Field methods and fieldwork opportunities using on‑campus resources and regional field stations
• Capstone or senior project that integrates theory and applied mapping/GIS solutions
• Elective options from related areas such as environmental science, urban planning, computer science and data science

Entry requirements

Applicants should hold a secondary school diploma or equivalent. Competitive applicants typically demonstrate strong preparation in mathematics and science and show evidence of analytical skills; courses in geography, computer science, or statistics are helpful but not always required. Admissions decisions are based on a combination of academic record, personal statement and, where applicable, supporting documents such as letters of recommendation.

International applicants must meet the university’s English language proficiency requirements and provide certified academic transcripts translated into English. Transfer applicants from community colleges or other universities are assessed on prior college coursework and credits.

Career prospects

Graduates are equipped for a range of careers that use spatial thinking and mapping. Common roles include GIS analyst, cartographer, remote sensing specialist, spatial data manager, environmental consultant and positions supporting urban and regional planning. Employers range from local and national government agencies, environmental and consulting firms, non‑governmental organisations and private companies to technology firms specialising in location‑based services.

Many graduates also go on to postgraduate study in geography, GIScience, environmental science, urban planning or data science, or pursue professional certifications in GIS and remote sensing. Practical lab work, internship placements and capstone projects completed during the degree help build a portfolio of applied work valued by employers.

Why study at Michigan State University

Michigan State University offers a research‑active department with strong emphasis on applied spatial science and real‑world problem solving. Students benefit from well‑equipped GIS and mapping laboratories, opportunities for fieldwork using regional facilities such as the W.K. Kellogg Biological Station, and access to interdisciplinary collaboration across environmental science, forestry, urban studies and computer science.

MSU’s location in the Great Lakes region provides diverse landscapes for field study and regional partnerships for internships and applied projects. The department maintains connections with public agencies and private employers, supporting student internships and placement, and provides pathways to postgraduate research or professional careers in the growing geospatial sector.