University of Massachusetts Amherst

What you'll study

This programme covers the full breadth of contemporary geography, balancing human and physical perspectives while placing strong emphasis on geospatial technologies and cartographic communication. Core topics include physical geography (climate, landforms, hydrology), human geography (urbanisation, political and cultural geography), and quantitative methods (statistics and spatial analysis).

• Geographic Information Systems (GIS) — applied GIS principles, spatial databases, geoprocessing and GIS project workflows.
• Remote sensing and image analysis — satellite and aerial imagery processing, classification and environmental applications.
• Cartography and visualization — map design, symbolisation, web mapping and interactive visualisation techniques.
• Field methods and fieldwork — sampling, surveying, GPS use and on‑site data collection in regional field trips.
• Quantitative and spatial analysis — spatial statistics, modelling, geocomputation and introductory GIS programming (e.g. Python for geospatial work).
• Environmental and urban topics — environmental management, conservation, land use planning and urban systems.
• Capstone or senior project — a research, mapping or applied project that synthesises coursework and technical skills.

Students typically combine required core classes with elective modules to build specialisations (for example, environmental applications, transportation geography, or geospatial data science). Laboratory sessions, computer practicals and project work are central components, and many students undertake internships or research assistantships as part of their degree.

Entry requirements

Applicants should hold a recognised secondary school qualification. Typical successful applicants present strong performance in mathematics and at least one science or social science; prior study of geography is advantageous but not essential. International qualifications such as A‑levels, the International Baccalaureate or equivalent national diplomas are accepted; the department will consider combinations of subjects that demonstrate quantitative and analytical ability.

• Demonstrated numerical ability (higher‑level maths or statistics is favourable).
• Evidence of academic achievement across multiple subjects; relevant coursework or extracurricular experience in geography, environmental studies, computing or cartography strengthens an application.
• English language proficiency for non‑native speakers, proven by an approved test or other accepted evidence.

There is no universal portfolio requirement, but applicants with examples of maps, GIS projects or relevant coursework may include these to support their application. Specific admissions conditions and credit transfer options are assessed by the university on a case‑by‑case basis.

Career prospects

Graduates leave with a mix of theoretical grounding and practical technical skills that are sought after across public, private and non‑profit sectors. Typical career paths include:

• GIS analyst or specialist in local and regional government, utilities, transport agencies and environmental consultancies.
• Cartographer and map designer for publishers, web mapping companies and government mapping agencies.
• Remote sensing analyst in environmental monitoring, forestry, agriculture or climate research.
• Urban and regional planner, working on land‑use planning, infrastructure and community development.
• Data analyst or spatial data scientist in sectors such as insurance, logistics, public health and retail.
• Further study and research: many graduates progress to MSc or PhD programmes in geography, GIS, environmental science or related fields.

Internships, senior projects and collaborations with external agencies help build employable portfolios of maps, applications and datasets that employers value.

Why study at University of Massachusetts Amherst

The University of Massachusetts Amherst offers a comprehensive geography curriculum within a research‑active department, combining traditional geographic theory with up‑to‑date training in GIS, remote sensing and cartography. Students benefit from well‑equipped computing and lab facilities, hands‑on field opportunities across New England’s varied landscapes, and access to faculty engaged in applied research.

• Strong practical emphasis — routine lab work, field courses and project‑based learning to develop technical competence.
• Opportunities for interdisciplinary collaboration across campus with departments such as environmental science, computer science and planning.
• Support for internships and career development that connect students with government agencies, non‑profits and private employers in the region.

Overall, the programme is suited to students who want a balance of theoretical geography and practical cartographic and geospatial training, preparing them for diverse professional roles or advanced study.