Geography

This discipline covers the science of mapmaking and the technology of Geographic Information Systems. Learners will acquire skills to collect, analyze, and visualize spatial data to solve real-world environmental and urban problems.

This field examines atmospheric processes, weather patterns, and long-term climate systems. Learners will understand the physical forces driving weather events, climate change, and the methods used to forecast and model atmospheric data.

This subject studies how space, place, and landscape shape and are shaped by human cultures. Learners will analyze the spatial distribution of languages, religions, and traditions, and how communities construct local identities.

This discipline explores how economic activities are distributed across the globe and how space influences production, trade, and consumption. Learners will analyze regional inequalities, globalization, and the spatial organization of industries.

This field investigates the interactions between human societies and the natural environment. Learners will analyze resource management, natural hazards, and sustainability challenges, understanding how human activity alters ecosystems and spatial landscapes.

This topic focuses on the computational methods used to model, query, and analyze geographic data. Learners will develop skills in spatial statistics, database management, and cartographic visualization to address complex geographical questions.

Geomorphology investigates the origin and evolution of topographic and bathymetric features created by physical, chemical, or biological processes. Learners will analyze how wind, water, and ice shape landscapes over geological time.

This subject analyzes how geographical factors, such as location, resources, and climate, influence international politics and foreign policy. Learners will understand territorial disputes, global power dynamics, and the strategic importance of borders.

This broad field studies the patterns and processes that shape human interaction with the earth's surface. Learners will explore population dynamics, urban development, cultural landscapes, and the spatial organization of human societies.

This foundational course introduces the core concepts of both physical and human geography. Learners will understand spatial thinking, map reading, and the basic relationships between human societies and their physical environments.

This science examines the natural processes and patterns of the Earth's atmosphere, hydrosphere, biosphere, and lithosphere. Learners will understand the distribution of climates, landforms, soils, and water systems across the globe.

This field examines the relationship between political processes and spatial structures. Learners will analyze the boundaries of states, the spatial organization of government, voting patterns, and how territory influences political power and conflict.

This discipline studies the spatial variations in the distribution, composition, growth, and movements of human populations. Learners will analyze migration patterns, demographic transitions, and the relationship between population growth and resources.

Urban economics explains why cities grow and housing costs what it does. You will learn land and housing markets, zoning, agglomeration, transport and the evidence behind housing-policy debates.

This subject investigates the development, structure, and functions of cities and urban areas. Learners will analyze urban planning, economic development, social segregation, and the challenges of infrastructure and sustainability in modern cities.

Urban planning shapes how cities grow. You will learn zoning and land use, transport and housing policy, urban design, the history of planning ideas and how to evaluate proposals for your own city.