
Department of Architecture, KU Leuven, Ghent/Brussels, Belgium
Regenerative; Architecture; Biodesign; Sustainability; Post Anthropocene; Ecosystems; Biodiversity; Circular economy; Resilience
Dr. Rachel Armstrong is Professor of Design-Driven Construction for Regenerative Architecture.
She holds a First-Class Honours degree with 2 academic prizes from the University of Cambridge (Girton College), and a medical degree from the University of Oxford (The Queen’s College). She was admitted as a Member to the Royal College of New Zealand General Practitioners between 2005 and 2015 with a PhD in Architecture (2014) awarded by the University of London (Bartlett School of Architecture), which established the principles of ‘living’ technologies for architectural design.
Her work interrogates the transition from an industrial era of architectural design to an ecological one. Drawing together the fields of architectural design, natural and medical sciences, she develops “living” technologies within the practice of the built environment, which apply some of the characteristics of biological systems to perform work, to establish new standards for sustainable living. Bringing living technologies into proximity with architecture and design with biologically produced materials, like mycelium biocomposites, she looks for approaches that can radically change the impacts of human inhabitation on the environment, so our lifestyles are beneficial for living systems. Heralding an era of change, the implementation of ‘living’ technologies and biomaterials can fundamentally change the impact of the built environment on our living world, to reach new levels of sustainability where building impacts are aligned with the natural realm and are resilient against climate change.
This issue examines how architecture, urbanism and the natural world can be aligned beyond the established frameworks of industrialization to catalyse regenerative practices that can restore the health of our living spaces and habitats. These next-generation sustainable approaches spatalise fundamental relationships between ecosystems, technologies, and culture in ways that facilitate the cyclical flow of matter within the biosphere. Changing the impacts of human development in ways that support a culture of life, architecture and the city become sites for developing mutually supportive relations between all life in the context of a changing world and the profound damage wrought by the Anthropocene. Proposals in this issue seek a diverse, experimental and varied approach towards regenerating the health of our planet’s ecosystems by designing new encounters, methods, tools, artefacts, narratives and systems across micro-, human and macroscale, which offer new insights and regenerative strategies that facilitate symbiotic relations across the living world.
Microbial technologies: Toward a regenerative architecture
Gestures for interdependence: Expanding regenerative design through spatial dramaturgies for the unseen, the unheard, and the unfelt
Synthetic biology enabling a shift from domination to partnership with natural space
Energy manifesto: Principles for regenerative architecture, arts, and design
Bioregenerative algal architectures
The seductive choreography of space: Learning regenerative design strategies from (cyborg) flowers
Introducing Regenerative Architecture
Ecological thinking in regenerative architecture: Relevance of abduction in ecoLogic Studio’s Deep Green research project
From burrow to bungalow: The role of storytelling in regenerative architecture