This course provides a comprehensive introduction to interdisciplinary sustainability science, addressing current global challenges across the ecological, social, economic, and cultural dimensions of sustainable development. Integrating perspectives from across a broad spectrum of academic disciplines, the course examines topics including climate change, biodiversity, resource conservation, green technologies, social justice, and the cultural dimensions of humanity’s relationship with nature. Global and regional issues — such as poverty alleviation, food security, sustainable mobility, and the consequences of climate change — are explored through practice-oriented case studies and real-world examples. The course is open to students from all disciplines and is delivered in a fully online, asynchronous, interactive, and multimedia format.
The Sustainability Laboratory WueLAB offers this course at Julius-Maximilians-Universität Würzburg. The programme is structured in four thematic sections. The first covers the foundations of sustainability science. The second and third examine the subject from across the full disciplinary spectrum, with contributions addressing poverty as an ethical problem, planetary boundaries and social thresholds, the role of computer science and mathematics in sustainable development, forest ecosystems and biodiversity, the foundations of anthropogenic climate change, planetary health, resource-conserving production and green chemistry, international climate policy, fake news and data literacy, education for sustainable development, and the power of narrative and literature in shaping environmental consciousness, among others. The fourth section, “Sustainability in Action”, focuses on applied and transformative dimensions, including sustainable consumption, climate anxiety and psychological responses, student-led transformation experiments, campus waste management, regional climate change impacts, urban biodiversity, and strategies for institutional sustainability governance.
Each chapter connects academic subject matter with concrete real-world examples and project ideas, following an action-oriented, interactive, and multimedia instructional design. The course is open to students from all disciplines at the BA/BSc and MA/MSc levels. No prior subject-specific knowledge is required.
At the end of the course, the learner will be able to:
• define and explain the key challenges and principles of sustainable development, with particular reference to the Sustainable Development Goals (SDGs) and the concept of planetary boundaries;
• critically evaluate the ecological, social, economic, and cultural dimensions of sustainability and their interdependencies;
• apply multidisciplinary approaches to analyse sustainability challenges and appraise a range of potential solutions;
• recognise and articulate the contributions of diverse academic disciplines to the advancement of sustainable development;
• reflect critically on their own position, role, and responsibility in relation to sustainability;
• appreciate and apply the perspectives and methodologies of disciplines spanning a wide range of academic fields to address sustainability challenges in an interdisciplinary manner.
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Each course unit is accompanied by a full bibliography, including active hyperlinks where available. Additional recommendations for further reading are provided for each unit.
The course is delivered fully online in an asynchronous format. Each thematic unit combines multimedia content — including text, images, and video — with embedded interactive elements based on the H5P framework, such as quizzes, drag-and-drop exercises, and knowledge checks, designed to support comprehension and consolidate learning. A chapter comprising four lessons is published at regular intervals. No synchronous attendance is required.
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