A rigorous 1-4x 14-week open curriculum moving decisively beyond mitigation — equipping changemakers with the living-systems intelligence required to actively heal, renew, and design thrivable futures.
Humanity has entered an era characterized by cascading ecological, social, and economic complexity. Decades of incremental sustainability strategies have proven empirically inadequate to halt the deterioration of the biosphere. A deeper shift is required.
Sustainability, as framed by the 1987 Brundtland Report, functions as a framework of mitigation — an attempt to "do less harm." Despite four decades of climate literacy, the planet has experienced soaring emissions and collapsing biodiversity. Aiming for neutrality is not enough. We must shift from reducing footprints to actively expanding regenerative handprints.
Regeneration rejects the notion that humanity is inherently parasitic or separate from nature. By cultivating biomimicry and complex systems thinking, students learn to intervene in systems not as external mechanics manipulating a machine, but as integral participants collaborating within a living web. Human consciousness as part of — not opposed to — the ecological order.
This curriculum rejects the banking model of education. It fuses Transformative Learning with Design Thinking, treating time not as linear progression toward collapse, but through "prefigurative temporalities" — empowering students to act now as if the regenerative future has already arrived. Theory, emotion, and practice are held together, not compartmentalized.
This is a university-level curriculum, but not one gatekept by universities. It is designed for anyone who understands that the defining challenge of this century cannot be solved within the institutional logics that created it — educators, organizers, designers, entrepreneurs, policymakers, farmers, and self-directed learners worldwide.
Released under CC-BY-SA 4.0, the open-source nature of this curriculum is a pedagogical imperative. The complexity of the global metacrisis demands that tools for systemic regeneration remain universally accessible, iteratively improved by a global commons of educators, and freely adapted to local bioregional contexts.
The Regenerative Developmental Goals (RDGs) anchor this curriculum. Unlike the SDGs, the RDGs represent an ontological — not merely technical — shift. They dissolve the artificial boundaries between human psychology, planetary ecology, economic models, and institutional design, structuring inquiry across five interdependent domains and thirty interconnected goals.
The structural divergence between the legacy SDG framework and the Regenerative Developmental Goals dictates entirely different approaches to changemaking. This table is not a critique of intention — it is an analysis of architecture.
| Dimension | UN SDG Framework Current Paradigm | RDG Framework Regenerative Paradigm |
|---|---|---|
| Primary Teleology | Mitigation of harm; harm reduction and stabilization of the status quo. | Active regeneration; net-positive restoration and evolutionary capacity. |
| Economic Logic | GDP-driven growth; theoretical absolute decoupling from material realities. | Post-growth circular economy; explicit recognition of hard material throughput limits. |
| Human Dimension | Largely externalized; ignores human psychology, trauma, and consciousness development. | Integrated inner development; trauma-informed governance; consciousness as a design variable. |
| Governance Scale | Nation-state sovereignty; top-down multilateralism and centralized goal-setting. | Polycentric; bioregional; subsidiarity-based local governance architectures. |
| Implementation | End-state targets lacking credible, phased transition roadmaps. | Explicit sequencing logic, transition roadmaps, and political-economy strategies. |
| Knowledge Systems | Primarily Western techno-scientific expertise; marginal integration of Indigenous knowledge. | Epistemically plural; Indigenous wisdom and relational ontologies treated as primary sources. |
| Ecological Role of Humans | Humanity as a threat to be managed and constrained within planetary limits. | Humanity as a conscious participant capable of net-positive ecological contribution. |
Traditional sustainability education is discipline-specific and content-heavy, relying on passive knowledge transfer. This curriculum operates on fundamentally different principles.
Unsustainability is rooted in destructive, deeply ingrained habits of mind and body. The classroom intentionally unsettles these habits through critical reflection, prompting students to explore the interplay between internal psychological change and macro-level societal shifts.
GAR and Design Thinking provides the methodological structure that allows multiple disciplines to collaborate iteratively on complex, "wicked" problems. Divergent inquiry and convergent prototyping operate in continuous cycles across all 14 weeks.
Time is not treated as a linear progression toward collapse. Students are empowered to act in the present as if the regenerative future has already arrived — practicing the behaviors, relationships, and institutions of the world they are building.
Transformative Social Systems (TSS) capacity — head, heart, and will — must all develop together. Ecological grief, personal agency, relational practice, and systemic analysis are held in the same space, not separated into discrete modules.
Every conceptual layer is ultimately tested against real conditions in a specific bioregion, institution, or supply chain. The Regenerative Changemap capstone is not an academic exercise — it is a practical proposal that must survive political-economy scrutiny.
This curriculum carries university-level rigor but carries no entry requirements. It is designed for anyone who is willing to work at the intersection of systems, self, and nature.
Undergraduate and postgraduate students across environmental science, social innovation, design, business, and related fields.
Grassroots changemakers, cooperative founders, community weavers, and bioregional practitioners.
Corporate sustainability officers, impact venture teams, and ESG professionals seeking to move beyond compliance thinking.
Public servants, policy designers, urban planners, and institutional reformers working within legacy systems.
Teachers, facilitators, and curriculum designers seeking to integrate living-systems thinking into existing programs.
Curious, committed individuals anywhere in the world who want a rigorous framework for understanding and acting on civilizational-scale challenges.
The curriculum is designed to function in three delivery contexts: as a structured university semester course (~10 hours/week), as a cohort-based online learning program, or as a self-paced deep reading and practice journey.
The course moves from reshaping internal cognitive worldviews to mapping external socio-ecological systems, culminating in the rigorous design of regenerative interventions. Navigate by block below.
A curated foundation bridging life sciences, organizational theory, economics, and Indigenous wisdom. Texts are grouped thematically, with specific reading assignments mapped to each block.
Establishes relational thinking beyond linear models. Provides structural tools for identifying where minimal interventions produce disproportionate systemic shifts.
Outlines the transition from degenerative to distributive to regenerative economic models. Embeds regeneration into corporate governance and multi-capital abundance thinking.
Offers rigorous alternatives to Western individualistic models. Treats traditional ecological knowledge and relational ontologies as primary — not supplementary — epistemological sources.
Addresses the psychological and developmental prerequisites for regenerative practice. Reconnects inner transformation to outer systemic change — the materialist blind spot in legacy frameworks.
Grounds regenerative ambition in the reality of power, rent-seeking, and regulatory capture. Provides strategies for navigating — rather than naively bypassing — incumbent institutional forces.
Operationalizes the principle that a thriving planet is a global network of healthy local phenomena. Grounds theory in specific, replicable case studies from urban and rural contexts.
Because regenerative education transcends knowledge acquisition and demands actual cognitive and behavioral shifts, this matrix expands Bloom's Taxonomy to measure the evolution of a student's living-systems worldview and capacity for transformative civic engagement.
| Domain | Regenerative Assessment Indicators | Project & Capstone Deliverables |
|---|---|---|
| Awareness & Knowledge | Recognizes the interconnected nature of ecological and social problems. Explains the core issues of the global metacrisis and acknowledges personal participation in society's use of natural resources. Articulates the structural limitations of the SDG framework. | Weeks 1–4 Preliminary reflections; identifying system boundaries within the Changemappers Canvas; ecological grief journal. |
| Analysis & Application | Obtains relevant, multi-perspective evidence to approach systemic problems. Conducts a rigorous personal and organizational SWOT analysis. Aligns growth strategies explicitly with RDG outcomes. Explains the cascading impact of historical policies on living systems. | Weeks 5–8 Mid-term system mapping; stakeholder power-dynamic analysis including non-human stakeholders; political-economy pressure map. |
| Synthesis | Identifies deep connections between seemingly disparate sources and circumstances. Synthesizes evidence to anticipate cascading impacts of proposed solutions across bioregions. Proposes interventions that seamlessly balance social, economic, and ecological necessities. | Weeks 9–10 Development of a Regenarrative communication strategy; initial drafting of the Regenerative Changemap; biomimicry design audit. |
| Critical Thinking & Empathy | Demonstrates profound understanding of diverse perspectives and non-human agency. Critiques and modifies existing institutional policies using principles of Institutional Acupuncture. Shows psychological resilience and adaptive capacity in the face of ecological grief. | Weeks 11–12 Case study analysis: Zurich 2000-Watt Society, Kalkbreite cooperative, RMI automotive transitions, Waldlabor bioregionalism. |
| Evaluation & Action | Develops a comprehensive, real-world initiative applying theories to complex problems. Demonstrates an altered, living-systems worldview and civic engagement. Justifies decisions based on long-term stewardship of the web of life. Articulates a personal thesis for lifelong practice. | Weeks 13–14 Successful defense of the Regenerative Changemap; peer review participation; personal Great Turning thesis; career pathway mapping. |
Mandatory Capstone Constraint: To earn certification or pass the capstone defense, students must explicitly demonstrate how their proposal avoids the failure modes inherent in extractive economics — including rebound effects, burden-shifting onto marginalized communities, and susceptibility to regulatory capture. The curriculum mandates that interventions be evaluated not only on theoretical elegance, but on practical viability within the complex political economy of their chosen bioregion. Theoretical sophistication is necessary but never sufficient.
This curriculum was designed to be adapted, not followed rigidly. The following principles guide responsible adaptation across contexts.
The Zurich and RMI examples are illustrative, not prescriptive. Replace or supplement them with case studies from your bioregion. The principle of institutional acupuncture travels; the specific cases must be locally grounded to land with force.
Block 1 (especially Week 2) is frequently compressed or cut by well-meaning facilitators. This is a mistake. The curriculum has been designed around the insight that without ecological grief processing and inner development, outer intervention strategies remain trapped in the same extractive logic they claim to challenge.
Integrate Indigenous epistemologies as primary knowledge sources, not exotic supplementation. Where possible, invite Indigenous knowledge-holders as co-educators. Do not abstract or romanticize. The Hózhó principle and Anishinaabe relational epistemology deserve as much rigorous engagement as Donella Meadows.
The Regenerative Changemap capstone (Weeks 13–14) should not feel like a surprise arrival. Introduce its requirements at application AND in Week 1. Let students begin choosing their bioregion or institution of focus early. All analytical tools in Blocks 2 and 3 should be practiced toward that eventual synthesis.
The way you facilitate this course IS the curriculum. Collective care, distributed intelligence, epistemic humility, and bioregional embeddedness should be visible in how the learning space is held — not only in what is assigned to read. Practitioner sustainability (Week 8) applies to the facilitator as much as to the students.
For intensive formats (weekend retreats, 6-week corporate cohorts), the curriculum can be condensed — but do not strip the philosophical depth for the sake of practical efficiency. The four blocks have internal integrity. Blocks 1 and 4 are non-negotiable anchors; Blocks 2 and 3 offer more flexibility for compression.
This curriculum is released under CC-BY-SA 4.0. You are free to adapt, translate, and redistribute, including commercially, as long as you provide attribution and release derivative works under the same license. Sharing adaptations back to the commons strengthen the whole.
The RDG framework is a compass, not a map. Facilitate with its principles rigorously while remaining genuinely open to challenge, revision, and learning. The moment this curriculum becomes a new orthodoxy is the moment it becomes another obstacle to the regenerative transition it is designed to serve.
This curriculum is not merely a course — it is a systemic intervention. The open-source nature of this work is itself a pedagogical act. The complexity of the global metacrisis demands that the tools for civilizational renewal remain universally accessible, iteratively improved, and freely adapted to local contexts.
The responsibility — and the destiny — of humanity is to imagine and build societies that possess greater ecological health, natural beauty, and productive capacity than the systems we inherited. This curriculum is a blueprint for that endeavor. Take it, break it, rebuild it better.
Adaptable · CC-BY-SA 4.0