Gary K. Fedder
Papers
3
Total Citations
103
H-Index
3
About
Gary K. Fedder is a pioneering figure in microelectromechanical systems (MEMS) and soft robotics, whose work bridges the gap between mechanical structures and electronic systems. His research spans modular robotics, flexible electronics, and advanced manufacturing for compliant substrates. Fedder's most notable contribution is the development of an electrostatic latching mechanism for modular robots—a design that uses electric fields and capacitive coupling to achieve adhesion, power transfer, and communication between modules. This work, cited 76 times, addresses a fundamental challenge in reconfigurable robotics by providing a simple, robust inter-module connection. More recently, Fedder has focused on the mechanical characterization of polydimethylsiloxane (PDMS) under extreme thermal conditions (up to 300 °C in vacuum), critical for fabricating flexible electronic devices. His team also pioneered a method for 3D printing high-conductivity, crack-free electrical interconnects directly onto soft PDMS substrates, enabling freeform wiring for soft robotics and wearable healthcare. With a career marked by innovation in MEMS and soft systems, Fedder's work continues to enable next-generation devices that require seamless integration of rigid electronics with flexible, deformable materials.
Research Focus
Key Achievements
Top Papers
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