Shih‐Chi Chen
Papers
4
Total Citations
394
H-Index
4
About
Dr. Shih‑Chi Chen is a leading figure in precision engineering and advanced manufacturing, whose work bridges the gap between nanoscale fabrication and practical micro‑systems. His research centers on three interconnected domains: piezoresistive flexible sensors, piezo‑actuated compliant mechanisms for micro‑positioning, and ultrafast‑laser‑based 3D nanofabrication. Chen’s most influential contribution is the development of hollow‑structured graphene–silicone composite sensors, which achieve both high sensitivity and exceptional bending reliability—a breakthrough cited over 278 times. He also authored a comprehensive survey on the mechanical design of piezo‑actuated compliant stages, a key reference (79 citations) for precision motion in bio‑robotics and aerospace. More recently, Chen has pioneered ultrafast‑laser‑enabled 3D metal printing, enabling the fabrication of arbitrary sub‑micron metal structures (16 citations), and has advanced directed material assembly for complex 3D nanodevices (21 citations). His work is distinguished by its systematic approach to decoupling material properties from device performance, and by its translation of fundamental mechanisms into robust, scalable manufacturing tools. For students and researchers, Chen’s portfolio exemplifies how creative material design and precision engineering can solve real‑world challenges in sensing, actuation, and nanofabrication.
Research Focus
Key Achievements
Top Papers
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