Jeffrey T. Auletta

DEVCOM Army Research Laboratory, United States Army Combat Capabilities Development Command

Papers

Total Citations

H-Index

About

Jeffrey T. Auletta is a rising leader in soft robotics and smart materials, specializing in the development of novel polymer-based actuators and electrostatic systems for next-generation machines. His research focuses on creating artificial muscles that respond to environmental stimuli—such as humidity or chemical fuels—without relying on traditional electrolytes or external power sources. In his highly cited 2022 work (9 citations), Auletta demonstrated that embedding graphene nanofillers into sulfonated polyether ether ketone enables tunable, humidity-driven actuation, offering a path toward biomimetic adaptive materials. He further advanced the field in 2023 (7 citations) by introducing fuel-driven redox reactions in electrolyte-free polymer actuators, addressing a critical challenge in soft robotics: achieving sustained, controllable motion without bulky power supplies. Most recently, Auletta developed the Johnsen-Rahbek Capstan Clutch (2024), a high-torque electrostatic clutch that dramatically reduces power consumption during robotic holding states—a breakthrough for energy-efficient systems. His work bridges materials science and robotics, with potential applications ranging from autonomous grippers to wearable assistive devices. Auletta’s innovative contributions are shaping the future of soft, adaptive, and energy-savvy robotic technologies.