Worldviews: From Sustainability to Regeneration Course

Lesson 1 • Worldviews as Leverage Points

Applies systems-thinking logic to show that shifting worldviews is the highest-leverage intervention in any system. Prepares students to treat paradigm change as a practical strategy.

Lesson 2 • Historical Shifts in Human Paradigms

Traces major paradigm transitions from pre-industrial to industrial and post-industrial eras. Shows how each shift restructured human relationships with nature and society.

Lesson 3 • Alternative and Indigenous Worldviews

Surveys relational, place-based, and indigenous cosmologies as counterpoints to the dominant paradigm. Builds respect for diverse knowledge systems students will draw on later.

Lesson 4 • Defining Worldviews and Their Components

Introduces the anatomy of a worldview: beliefs, values, assumptions, and narratives. Grounds the chapter by giving students a shared analytical vocabulary.

Lesson 1 • Planetary Boundaries Framework

Introduces the nine planetary boundaries as a systems-based safe-operating-space model. Students learn to use this framework to evaluate policy and business decisions.

Lesson 2 • Core Principles of Systems Thinking

Introduces stocks, flows, feedback loops, and emergence as foundational concepts. Establishes the mental models students need before analysing sustainability challenges.

Lesson 3 • Complexity and Adaptive Systems

Explores complex adaptive systems, self-organisation, and resilience theory. Prepares students to design interventions that work with system dynamics rather than against them.

Lesson 4 • Systems Thinking in Practice

Applies systems tools to a real sustainability case through guided analysis. Consolidates chapter skills by moving from abstract models to actionable insight.

Lesson 1 • Measuring Sustainability Performance

Reviews key metrics including ecological footprint, life-cycle assessment, and material flow analysis. Students learn to select appropriate tools for different measurement contexts.

Lesson 2 • Structural Limits of Sustainability Thinking

Critically examines how sustainability often preserves rather than transforms the dominant paradigm. Builds the intellectual case for moving beyond sustainability toward regeneration.

Lesson 3 • Origins and Evolution of Sustainability

Traces sustainability from early conservation movements through the Brundtland definition to current frameworks. Contextualises the concept historically so students can assess its evolution.

Lesson 4 • Core Sustainability Principles

Covers precautionary principle, intergenerational equity, carrying capacity, and circular economy logic. Gives students a principled toolkit for evaluating sustainability claims.

Lesson 1 • Place as the Unit of Regeneration

Introduces bioregionalism and the idea that regeneration must be rooted in specific ecological and cultural contexts. Teaches students to read place as the starting point for regenerative work.

Lesson 2 • Living-Systems Principles

Covers autopoiesis, nested wholes, energy flow, and pattern integrity as the biological basis of regenerative design. Connects life-science concepts to design and organisational practice.

Lesson 3 • Shifting from Doing to Being Regenerative

Explores the inner dimension of regeneration: the mindset, identity, and relational stance required. Prepares students for the personal transformation work that underpins systemic change.

Lesson 4 • What Regeneration Means and Why It Matters

Distinguishes regeneration from sustainability, restoration, and resilience with precision. Establishes the conceptual foundation students need before exploring regenerative applications.

Lesson 1 • Regenerative Built Environment

Examines biomimetic architecture, living buildings, and urban ecology as regenerative design approaches. Shows how the built environment can contribute to rather than deplete ecological systems.

Lesson 2 • Regenerative Business Models

Analyses business models that generate ecological and social value as a core output, not a side effect. Students evaluate real cases using regenerative business criteria.

Lesson 3 • Regenerative Community Development

Explores place-based community design, social capital, and participatory governance as regenerative community strategies. Links community vitality to ecological health.

Lesson 4 • Cross-Sector Regenerative Integration

Synthesises sector-specific insights into integrated regenerative systems thinking. Students practise designing interventions that create positive feedback across multiple sectors simultaneously.

Lesson 1 • True Cost Accounting and Valuation

Teaches methods for internalising ecological and social costs into financial decision-making. Equips students to challenge and redesign accounting systems in their organisations.

Lesson 2 • Designing Regenerative Economic Systems

Applies doughnut economics and local economic multiplier logic to design place-based regenerative economies. Students produce a conceptual economic redesign for a chosen context.

Lesson 3 • Critiquing Conventional Economic Assumptions

Deconstructs neoclassical assumptions about growth, externalities, and human rationality. Establishes why conventional economics cannot deliver regenerative outcomes without fundamental reform.

Lesson 4 • Ecological and Regenerative Economics

Introduces ecological economics, steady-state economy, and commons-based models as regenerative alternatives. Students compare these models against conventional frameworks.

Lesson 1 • Navigating Resistance and Transition

Analyses sources of resistance to paradigm change and strategies for working with rather than against them. Prepares students to sustain momentum through inevitable setbacks.

Lesson 2 • Theory of Change for Regeneration

Teaches how to construct a rigorous theory of change aligned with regenerative outcomes. Grounds change strategy in systems thinking and living-systems principles introduced earlier.

Lesson 3 • Scaling Regenerative Initiatives

Examines strategies for scaling regenerative impact through replication, network effects, and policy influence. Students design a scaling pathway for a regenerative initiative of their choice.

Lesson 4 • Transformative Leadership Capacities

Explores adaptive leadership, presencing, and developmental facilitation as capacities for guiding deep change. Connects inner development to outer leadership effectiveness.

Lesson 1 • Measuring and Communicating Regenerative Impact

Develops a regenerative impact measurement framework and narrative communication strategy. Equips students to demonstrate value to diverse audiences including funders and communities.

Lesson 2 • Building a Regenerative Practice

Establishes habits, networks, and learning routines that sustain a regenerative practitioner over time. Addresses burnout prevention and the long-term inner work of transformation.

Lesson 3 • Synthesising the Regenerative Worldview

Integrates living-systems principles, regenerative economics, and transformative leadership into a unified worldview. Students articulate their own regenerative philosophy grounded in course concepts.

Lesson 4 • Regenerative Project Design Process

Guides students through a structured process for designing a context-specific regenerative initiative. Applies tools from all previous chapters in an integrated design sprint.