University of South Alabama

What you'll study

This programme covers core topics in physical and human geography alongside specialised training in cartography and geospatial technologies. You will study landscape processes, climatology, biogeography and geomorphology together with cultural geography, urban and regional planning, and economic geography. Technical training includes geographic information systems (GIS), remote sensing, spatial analysis, cartographic design and geospatial data management.

Typical modules and learning activities include:

• Introduction to Physical Geography — earth surface processes, weather and climate systems, soil and water interactions.
• Human and Cultural Geography — population, settlement patterns, urban dynamics and land use.
• GIS and Spatial Analysis — database design, spatial queries, modelling and map projections.
• Cartography and Map Design — principles of visualisation, symbolisation, colour theory and print/web mapping.
• Remote Sensing — satellite and aerial imagery interpretation, classification and change detection.
• Field Methods and Research — practical fieldwork techniques, data collection, GPS surveying and a capstone research project.
• Quantitative Methods — statistical tools for spatial data, sampling and data visualisation.

The degree normally combines taught courses, laboratory and computer practicals, field trips (including coastal and urban fieldwork), and an applied capstone or internship in the final year. Students can select electives to emphasise cartography, GIS, environmental applications or planning.

Entry requirements

Applicants are expected to hold a secondary school qualification demonstrating readiness for undergraduate study. Typical entry requirements include a satisfactory overall academic record with strength in mathematics and science or social studies; specific grade expectations vary and prospective students should consult the university admissions office for current thresholds.

Applicants may be asked to provide:

• Secondary school transcripts or equivalent qualifications.
• Evidence of competency in mathematics (high-school level algebra or statistics recommended).
• For international applicants, proof of English language proficiency through recognised tests or equivalent qualifications.
• Transfer applicants should supply college transcripts and a statement of intent; relevant coursework in mathematics, geography or computer-related subjects is advantageous.

Admissions may also consider extracurricular experience, a personal statement and references. Placement testing or advising may be used to determine appropriate first-year modules.

Career prospects

Graduates from this programme leave with technical and analytical skills applicable across public, private and non-profit sectors. Common career paths include:

• GIS analyst / specialist — managing spatial databases, producing maps and performing spatial analysis for local government, utilities, transport agencies and firms.
• Cartographer / geospatial visualiser — designing effective static and interactive maps for publishing, web platforms and mobile applications.
• Environmental and natural resources roles — field technician, environmental consultant or conservation planner using mapping to support habitat assessments and resource management.
• Urban and regional planning support — assisting planners with spatial data, modelling growth scenarios and infrastructure analyses.
• Remote sensing technician — image processing and change-detection work for agriculture, forestry, disaster response and coastal monitoring.
• Further study and research — progression to master’s degrees in geography, GIScience, environmental management or related fields.

Students also commonly undertake internships with municipal planning departments, state agencies, engineering firms or environmental NGOs, which often lead to graduate employment.

Why study at University of South Alabama

The University of South Alabama offers hands-on training in GIS and cartography supported by dedicated computer labs and field equipment. Its coastal location provides ready access to estuarine and coastal environments for practical fieldwork and applied research, particularly in coastal processes and environmental monitoring.

Students benefit from small to medium class sizes, opportunities for internships with local and regional agencies, and interdisciplinary collaboration with departments such as environmental science, geology and civil engineering. Faculty typically combine teaching with applied research, offering mentorship on student projects and capstones that address regional environmental and planning challenges.

Overall, the programme emphasises practical, career-oriented skills in spatial data handling and map communication, preparing graduates for technical roles or further academic study in the geospatial and environmental sectors.