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Guided learning journeys that build knowledge step by step.
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This advanced learning path equips students with the knowledge and skills to address water security challenges within a sustainability framework. It covers the hydrological foundations, water scarcity and quality issues, governance and management approaches, and the integration of these elements into sustainable strategies.
This learning path equips sustainability students with the knowledge and skills to analyze and manage land use for sustainability. It covers foundational environmental science, land use planning, sustainable intensification, and trade-off analysis, culminating in a capstone project.
This learning path equips graduate students in energy and sustainability with the knowledge and skills to model energy systems for sustainability analysis. It covers energy system fundamentals, modeling paradigms, scenario development, and policy integration, culminating in practical modeling projects.
This learning path equips graduate students in sustainability science with the knowledge and skills to conduct integrated sustainability assessments. It covers foundational concepts, frameworks, scenario development, modeling approaches, and stakeholder engagement, culminating in the practical application of integrated assessment methods.
This learning path equips sustainability students with essential GIS skills, from foundational concepts to practical applications in land use and environmental analysis. It covers spatial data models, map design, geoprocessing, and raster analysis, culminating in a capstone project addressing a real-world sustainability challenge.
This learning path equips sustainability students with the skills to analyze sustainability data from source to insight. Starting with statistics fundamentals, it progresses through data acquisition, cleaning, exploratory analysis, visualization, and interpretation, culminating in a practical project.
This graduate-level learning path guides sustainability students through the core concepts of social-ecological resilience, key frameworks for analysis, and practical application to real-world case studies. It emphasizes the dynamic interplay of adaptability, transformability, and persistence in complex systems.
This graduate-level learning path guides students through the core concepts, theoretical foundations, and analytical frameworks of political ecology, emphasizing power, access, political economy, and environmental change. It builds from social science basics to advanced applications in sustainability science, equipping learners to critically analyze socio-environmental challenges.
A graduate-level learning path exploring the theoretical foundations of ecological economics, its critique of mainstream environmental economics, and key alternative frameworks such as steady-state economics, valuation of nature, and degrowth. Learners will develop a critical understanding of the economy-ecology relationship and assess proposals for sustainability.
This advanced learning path equips sustainability and climate students with the knowledge and skills to integrate climate change into sustainability frameworks. It covers climate science fundamentals, mitigation and adaptation strategies, climate policy, and the Sustainable Development Goals (SDGs), emphasizing cross-disciplinary connections and practical application for careers in sustainability.