Living Reef Exhibition

About Living Reef Exhibition

Living Reef is a public exhibition that presents research on sustainable design. The exhibition shows work made with Direct Ink Writing 3D printing and circular materials, including recycled slurry, low carbon cement and clay. Small scale fired clay prototypes and large printed components are displayed on plinths and in enclosed cabinets. The layout follows a clear route, from concept development and digital modeling to material tests, fabrication limits and final prototypes. The aim is to explain how design education can support circular material use and coral reef restoration.

Daisuke Nagatomo and Minnie Jan's Living Reef Exhibition presents an environmental installation that positions material innovation within urgent conversations surrounding marine ecosystem preservation and sustainable design practice, the work emerging from interdisciplinary research that bridges architecture, product design, marine biology, and material science to propose tangible responses to coral reef degradation through the development of modular substrate structures that can support reef regeneration efforts. The installation's presentation within a gallery context invites contemplation of design's capacity to address ecological challenges through forms that honor both functional necessity and aesthetic resonance, the sculptural objects displayed suggesting prototypes or demonstration units fabricated from bio-receptive materials engineered to facilitate coral polyp attachment and growth in damaged reef environments. Technical accomplishment manifests in the apparent material development itself—the creation of porous ceramic-like or composite substrates whose surface topology mimics the complex architecture of healthy coral formations, providing the textural variation, chemical composition, and structural stability that marine organisms require for colonization while the forms maintain sufficient integrity to withstand dynamic ocean conditions including wave action, current flow, and sediment movement. The modular geometric language employed across the exhibited units demonstrates sophisticated understanding of both biological growth patterns and practical deployment logistics, each element sized for human handling and transportation yet designed for aggregation into larger reef-building assemblies where individual modules interlock or stack to create varied topographies and microhabitat diversity. Chromatic restraint in the installation's presentation allows focus to rest entirely upon formal and textural qualities, the pale neutral tones suggesting both the bleached appearance of stressed coral and the clean substrate condition optimal for new growth establishment, while the varied scale and configuration of displayed units communicates the system's adaptability to different reef contexts and restoration scenarios. The work invites consideration of design's expanding role beyond human-centered problem-solving toward practices that center ecological health and interspecies collaboration, proposing interventions where human creativity serves environmental regeneration by learning from and supporting natural processes rather than imposing foreign geometries, and asking viewers to contemplate how seemingly modest material innovations might contribute to preserving biodiversity and marine ecosystem resilience for future generations. How might we reimagine design practice as a form of environmental stewardship that generates artifacts intended to disappear beneath living growth rather than persist as permanent human signatures?