Mitchell Page

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About

Mitchell Page is a pioneering researcher at the intersection of robotic fabrication and sustainable construction, with key contributions in onsite robotic manufacturing and bio-integrated architectural design. His work fundamentally advances the use of industrial robotic arms for bespoke, modular building processes, demonstrated in his highly cited 2019 paper "Towards onsite, modular robotic carbon-fibre winding for an integrated ceiling structure" (12 citations), which explores how mobile robots can automate the production of lightweight, high-performance structural components directly on construction sites. This research challenges traditional factory-based fabrication, enabling mass customization and reducing material waste. In parallel, Page has made significant strides in sustainable material systems, notably through "Meeting in the middle: Hybrid clay three-dimensional fabrication processes for bio-reef structures" (10 citations), where he develops accessible, low-cost clay 3D printing techniques for creating artificial reef habitats. This work bridges digital fabrication with ecological restoration, offering a scalable method for producing complex, porous structures that support marine biodiversity. With a growing citation impact, Page’s research is shaping the future of automated, environmentally responsive architecture, making him a leading voice in robotic construction and bio-digital design.