Tessa Hirdler

Papers

Total Citations

242

H-Index

About

Tessa Hirdler is a pioneering researcher at the intersection of advanced manufacturing, materials science, and robotics. Her primary contributions lie in adaptive 3D printing, where she has developed closed-loop systems that integrate real-time feedback control with direct ink writing to fabricate functional and biological materials directly onto moving, freeform surfaces. This groundbreaking work, detailed in her highly cited 2018 paper (242 citations), challenges conventional open-loop printing paradigms by enabling precise deposition on dynamic, non-planar substrates—a critical capability for applications in wearable electronics, soft robotics, and biomedical devices. Hirdler’s innovations have significantly advanced the field of additive manufacturing, offering a pathway to creating complex, multi-material structures that adapt to their environment. Her research has been recognized for its transformative potential, bridging the gap between digital design and physical fabrication. With continued impact on both academic and industrial communities, Hirdler stands out as a leader in next-generation manufacturing technologies, inspiring new approaches to on-demand, in-situ fabrication.