Andrew J. Boydston

University of Washington, University of Wisconsin–Madison

Papers

Total Citations

133

H-Index

About

Andrew J. Boydston is a leading figure in polymer chemistry and additive manufacturing, whose work bridges fundamental materials science with accessible 3D printing technologies. His key research areas include the development of novel photoresins, elastomeric materials, and advanced lattice structures for digital light processing (DLP) and other additive manufacturing methods. Boydston’s major contribution lies in democratizing high-performance printing: his 2017 paper on modular elastomer photoresins (132 citations) introduced a series of formulations that enable the production of durable, flexible objects using entry-level equipment and visible light under ambient conditions—a breakthrough that lowered barriers for researchers and hobbyists alike. More recently, his 2025 work on structural gradients in 3D-printed elastomeric gyroid lattices tackles the longstanding trade-off between stiffness and damping, offering a path to materials that are both strong and shock-absorbent. With over 130 citations on his most influential work alone, Boydston’s research continues to shape the future of printable, functional polymers, making him a pivotal voice in the evolution of accessible, high-performance additive manufacturing.