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About

Joseph M. Gattas is a leading researcher at the intersection of structural engineering, advanced manufacturing, and smart materials. His work is defined by a fascination with how structures can be programmed to change shape, stiffness, or function—often drawing inspiration from origami principles. His most impactful contribution, the 2019 paper on "Programmable stiffness and shape modulation in origami materials," has garnered 112 citations and introduces a novel concept of "distant actuation," where a single input can trigger complex, distributed shape changes in a material system. This work has significant implications for deployable structures, soft robotics, and adaptive architecture. Gattas also explores the mechanics of hyperelastic materials, as seen in his 2016 study on bulging textured tubes (24 citations), and is a pioneer in digital fabrication. His most recent and ambitious work (2025) details a fully automated additive lamination manufacturing (ALM) system that uses a UV-curable resin and robotic arm to produce large-scale fibre-reinforced polymer (FRP) formwork for construction. This breakthrough promises to radically reduce the cost and labor of bespoke concrete structures. Gattas’s research elegantly bridges fundamental mechanics with cutting-edge automation, positioning him as a key figure in the future of adaptive and automated building systems.