Steve Goodhew

Papers

Total Citations

H-Index

About

Steve Goodhew is a leading researcher in sustainable construction and building performance, with a particular focus on the thermal and hygric behavior of natural, earth-based materials. His work bridges vernacular building traditions with cutting-edge digital fabrication, as exemplified by his highly influential paper "Thermal performance exploration of 3D printed cob" (2019, 69 citations). This study pioneered the investigation of 3D printed Cob—a monolithic earth construction technique using robotically extruded subsoil and local organic fibres—demonstrating how additive manufacturing can enhance the thermal properties of traditional earthen materials. Goodhew's research has been instrumental in transitioning vernacular construction methods toward modern, low-carbon building solutions, offering a path to more sustainable housing. His contributions extend to moisture buffering and the performance of natural fiber composites, with his work widely cited by architects, engineers, and material scientists. By systematically quantifying the thermal performance of these novel earthen systems, Goodhew has provided critical data that supports the broader adoption of bio-based and earth-based materials in contemporary architecture, making him a key figure in the global push for greener, more resilient building envelopes.