Florida International University

What you'll study

The programme provides a balance of core geography theory and hands‑on technical skills in cartography and GIS. Typical modules cover physical geography (biogeography, climatology, geomorphology), human and urban geography (population, economic and urban land‑use studies), cartographic design and visualisation, remote sensing, spatial statistics and modelling, and geospatial database management.

Practical learning is emphasised through computer lab work and field methods. Students will take courses in GIS software and spatial analysis, learn digital cartographic techniques for map production and visual communication, undertake remote sensing image interpretation, and develop programming skills relevant to geospatial workflows (for example scripting for data processing and map automation). Senior‑level work commonly includes a capstone project or practicum that integrates field data collection, spatial analysis and map presentation.

• Introduction to Physical Geography
• Human and Cultural Geography
• Cartographic Principles and Map Design
• Geographic Information Systems (introductory and advanced)
• Remote Sensing and Image Analysis
• Spatial Statistics and Modelling
• Field Methods in Geography
• Geospatial Database Design and Management
• Capstone Project or Internship

Programme structure

The degree follows a combination of general education requirements, geography core courses, technical electives, and unrestricted electives. Students progress from introductory courses to specialised and research‑based modules, with opportunities for laboratory work, field trips in South Florida and the region, and industry or government internships to gain applied experience.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with a competitive academic record. Typical preparation includes mathematics (algebra and preferably precalculus), basic science, and coursework that demonstrates analytical and written communication skills. Admissions may consider standardised test scores if submitted, but requirements for tests can vary.

Successful applicants often demonstrate interest in geography, environmental issues, or geospatial technology through coursework, extracurricular activities or related work experience. For international applicants, proof of English proficiency (such as TOEFL or IELTS) at the university’s admitted level is required. Transfer students should check credit transfer policies for prior GIS, math or science coursework.

Career prospects

Graduates enter a wide range of public, private and non‑profit roles that make use of geospatial skills and geographic knowledge. Common career paths include:

• GIS analyst or technician producing maps, spatial databases and geospatial analyses
• Cartographer and map designer for print and digital platforms
• Urban and regional planning assistant or transportation analyst
• Environmental consultant, conservation planner or natural resource analyst
• Remote sensing specialist interpreting satellite and aerial imagery
• GIS developer or spatial data scientist combining programming with spatial analysis

Graduates also go on to postgraduate study in GIScience, environmental science, urban planning or related fields, or pursue professional certification in GIS and mapping technologies.

Why study at Florida International University

Florida International University offers the programme in a location with unique urban, coastal and tropical environments that provide excellent opportunities for fieldwork and applied projects. Students benefit from access to modern GIS and remote sensing laboratories, software, and datasets, plus internship and partnership possibilities with local government agencies, environmental organisations and private firms in the Miami region.

The department emphasises applied learning and interdisciplinary collaboration across environmental science, urban studies and engineering, preparing graduates with practical technical skills and an understanding of regional planning and environmental challenges. Small‑group lab work, capstone projects and opportunities to engage in faculty research help students build portfolios attractive to employers and for graduate study.