Max Robotics — Global Service Robot Directory + US Certification

About

Simon Kim is a pioneering researcher working at the intersection of advanced materials, robotics, and architectural fabrication. His work is defined by a unique ability to bridge traditional craft processes with cutting-edge nanotechnology and automation. Kim’s most impactful contribution is the development of **2D MoS2 helical liquid crystalline fibers** for multifunctional wearable sensors (2024, 20 citations), a breakthrough that marries nanomaterial science with flexible electronics. This work demonstrates his focus on creating smart, responsive materials for next-generation applications. He also explores bio-inspired engineering, as seen in his design of **dry adhesive pads using MWCNT/PDMS composites** (2023), which enhance the efficiency of robotic arms in smart factories by mimicking gecko-like adhesion. Notably, Kim’s earlier, highly interdisciplinary work on **Craft Driven Robotic Composites** (2016) reimagines traditional weaving as a numerically controlled robotic process, resulting in an architectural-scale carbon fiber monocoque shelter. This project exemplifies his philosophy of merging digital fabrication with material intelligence. With foundational contributions dating back to the **SUPR Model** for automated construction (1989), Kim’s career reflects a sustained vision for unifying design, computation, and material science, making him a distinctive voice in the future of smart manufacturing and architectural robotics.