The Bachelor’s in Geography and Cartography at Troy University combines physical and human geography with practical training in map design and geographic information systems (GIS). It suits students who want a hands‑on programme in spatial analysis, mapmaking and field methods that prepares them for technical, planning and environmental careers or further study in GIS and related disciplines.
What you'll study
This degree blends core geography topics with specialised cartography and spatial-technology training. You will study physical geography (climate, geomorphology, hydrology), human and economic geography (population, urban and land‑use patterns), and the principles of cartographic design.
- Core modules: Physical Geography, Human Geography, Field Methods, Geographic Thought and Research Methods.
- Cartography and GIS modules: Cartographic Design and Visualisation, Introduction to GIS, Advanced GIS and Spatial Analysis, Remote Sensing, Geodatabases and Spatial Data Management.
- Technical and quantitative modules: Geodesy and Map Projections, Spatial Statistics, Programming for GIS (commonly Python), Digital Image Processing.
- Applied learning: GIS lab practicals, mapping studios, fieldwork exercises, use of aerial imagery and LiDAR datasets, and a senior capstone or practicum project that emphasises real-world mapping problems.
- Electives and complementary topics: Environmental Geography, Urban and Regional Planning, Natural Resource Management, Transportation Geography, and optional courses from related departments such as computer science or environmental science.
The programme is typically delivered through a mix of lectures, lab sessions in specialised GIS and cartography facilities, field trips to regional sites, and supervised project work. Students gain experience with industry-standard software and datasets and are encouraged to complete internships with local government, utilities, consulting firms or conservation organisations.
Entry requirements
Applicants should hold a recognised high school diploma or secondary school qualification. Successful candidates typically demonstrate competence in mathematics and a science or geography background. Admissions may consider high school GPA and a qualitative review of applicant materials; standardised test scores (SAT/ACT) may be optional depending on the applicant’s circumstances.
- Recommended preparation: Courses in mathematics (algebra, statistics), earth or environmental science, and computer literacy are advantageous.
- International students: Must provide equivalent secondary qualifications and evidence of English language proficiency (for example, recognised tests such as TOEFL or IELTS) where applicable.
- Transfer and mature students: Credit for prior college coursework or experiential learning may be considered; applicants should consult the admissions office for evaluation procedures.
Career prospects
Graduates leave prepared for a broad range of roles that require spatial thinking, mapping expertise and data analysis. Typical entry-level positions and career paths include:
- GIS technician or analyst in local and national government, utilities, transportation agencies and emergency services.
- Cartographer and map designer for publishing, web mapping and mobile application developers.
- Remote sensing and spatial data specialist in environmental consultancies, natural resource management and conservation organisations.
- Planning assistant or analyst in urban and regional planning, land-use management and infrastructure development.
- Positions in surveying support, asset management, logistics and location‑based services.
- Progression to postgraduate study in GIS, urban planning, environmental science or related disciplines, or professional certification in GIS technologies.
Why study at Troy University
Troy University offers a programme emphasis on practical, hands‑on training in GIS and cartography supported by experienced faculty and dedicated laboratory facilities. Small class sizes enable close faculty mentoring and personalised project supervision.
- Applied learning: Strong opportunities for internships and local partnerships give students practical experience with public agencies and private firms in the region.
- Facilities and software: Access to GIS and mapping labs equipped with industry-standard software and spatial datasets, plus field equipment used in contemporary mapping practice.
- Flexible pathways: Options for on-campus and online course delivery support a range of student needs, including military-affiliated and working students.
- Career support: Career services, alumni networks and employer links help students transition into technical and planning roles or continue to postgraduate study.
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