Arushi Shukla
Urban heating is a growing threat across UK cities, deepening spatial and social inequalities while testing the limits of existing urban systems. This paper explores how regenerative cultures, designed through systemic thinking, embodied inquiry and material innovation can support inclusive, climate-responsive and socially just urban environments. Drawing on a two-part research journey from the ETH Zurich Systemic Design Lab (DRRS CAS2 and CAS3) and informed by a regenerative design perspective, the paper synthesises tools such as the Cross-Scale Governance Spiral, Compass Matrix and Systemic Design Wheel. A visually grounded narrative complements this inquiry through system maps, bioregional governance diagrams and stakeholder interaction models. It offers a cross-scalar perspective, spanning materials, spaces, communities and bioregions supported by empirical GIS mapping and bio-material prototyping. The findings propose a framework for embedding regeneration as a relational and iterative process, grounded in equity, ecological reciprocity and community co-creation. By shifting from linear interventions to co-evolutionary design logics, this work advances the field of systemic design and contributes a practical, values-driven response to urban heat resilience.
Keywords: regenerative design, urban heat resilience, systemic design, equity, governance, bioregional planning, embodied cognition