David Kim

Myongji University, Novartis (Switzerland)

Papers

Total Citations

131

H-Index

About

David Kim is a pioneering researcher at the intersection of advanced manufacturing, robotics, and mechanical design. His most influential work centers on **self-folding structures and stimuli-responsive materials**, where he has made transformative contributions to the field of 3D-printed electronics. His landmark 2017 paper, “3D-Printed Self-Folding Electronics” (118 citations), introduced novel composites capable of programmed shape transformation, enabling devices that autonomously reconfigure for specific functions—a breakthrough with profound implications for deployable systems and soft robotics. Beyond smart materials, Kim has advanced **robotic drivetrain optimization**, developing nonlinear methods for designing compact, high-torque compound planetary reducers essential for modern robotics. His work on **autonomous delivery robots** further demonstrates his applied impact, using Model Predictive Control to achieve stable high-speed mobility despite challenging dynamics. With over 130 total citations, Kim’s research bridges fundamental mechanics and real-world automation. Notably, his early career experience implementing automation at Novartis Pharmaceuticals underscores his commitment to translating cutting-edge research into industrial practice. Kim’s work continues to inspire engineers seeking to integrate material intelligence with robotic performance.