Arkansas Tech University

What you'll study

The degree integrates foundational geography with specialised cartography and geospatial technology. Core topics typically include physical geography (landforms, climate, soils), human and cultural geography, and regional geography. Technical and applied coursework focuses on Geographic Information Systems (GIS), remote sensing, digital cartography, spatial analysis, geodatabases, and field methods.

• Core courses: Introduction to Physical Geography, Cultural/Human Geography, Research Methods in Geography, Geographic Information Systems.
• Cartography and technical skills: Cartographic Design and Communication, Advanced GIS, Remote Sensing and Image Interpretation, Geospatial Data Management.
• Quantitative and lab work: Spatial Statistics, Geographic Information Science labs, computer mapping projects, and use of industry-standard software (e.g. ArcGIS/QGIS).
• Fieldwork and applied learning: Field Methods in Geography, regional field trips, practical map making, and project-based courses that emphasise real-world data collection and interpretation.
• Capstone and experiential options: Senior capstone project or thesis in cartography/geospatial analysis, internships with local or state agencies, and collaborative projects with community partners.
• Electives and interdisciplinary study: Students may take electives or minors in related areas such as environmental science, geology, computer science, urban planning, or mathematics to tailor their skill set.

Entry requirements

Admission to Arkansas Tech University’s undergraduate programmes normally requires a high school diploma or recognised secondary qualification. Typical entry expectations include a satisfactory high school record with coursework in mathematics and sciences; completion of college-preparatory subjects is recommended.

• Standard applicants should meet the university-wide admission criteria for freshmen; specific departments may recommend prior coursework in mathematics (algebra, trigonometry) and geography or earth science.
• Standardised tests (SAT/ACT) policies may vary; applicants should consult the university for current testing options and any test-optional provisions.
• Transfer students need official transcripts from previous colleges; experiential or technical credits in GIS, drafting, computer science, or related fields can sometimes be evaluated for credit.
• International applicants must provide proof of secondary completion and demonstrate English proficiency through recognised tests or university-approved alternatives.
• Placement into certain quantitative or lab courses may be based on maths placement testing or prior coursework.

Career prospects

Graduates with a degree in Geography and Cartography are prepared for roles that require spatial thinking, data visualisation and environmental understanding. The programme’s mix of field skills and geospatial technology is relevant across public, private and non-profit sectors.

• Typical job titles: GIS analyst, cartographer, mapping technician, remote sensing analyst, urban or regional planner assistant, environmental consultant, land-use analyst, transportation analyst.
• Employers include local and state government agencies (planning, transportation, natural resources), environmental and engineering firms, utilities, mapping and surveying companies, conservation organisations, and tech companies working with spatial data.
• Graduates also move into postgraduate study in fields such as geography, urban planning, environmental management, GIScience or geospatial engineering, or obtain professional certifications (e.g. GIS professional credentials).

Why study at Arkansas Tech University

Arkansas Tech University offers a supportive, regional campus environment with hands-on training in geospatial technologies and opportunities for field study across Arkansas’s varied landscapes. The programme emphasises small class sizes, faculty mentorship and applied learning that connects classroom projects to community and agency needs.

• Access to dedicated GIS and cartography labs, industry-standard software and computer resources.
• Opportunities for internships and collaborative projects with state agencies, local governments and regional environmental organisations.
• Faculty with applied research and teaching experience in physical geography, cartography and spatial analysis who advise capstones and student research.
• Cross-disciplinary options that allow students to combine geography with environmental science, computer science or planning to broaden career pathways.