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About

Jackson Wirekoh is a leading researcher at the intersection of soft robotics and medical devices, whose work is redefining the capabilities of pneumatic artificial muscles (PAMs) and miniaturized surgical tools. His foundational paper, "Design of flat pneumatic artificial muscles" (2016, 81 citations), broke from traditional cylindrical designs, introducing a novel flat form factor that enables more compact and versatile robotic actuation. This innovation has opened new pathways for wearable and assistive technologies. Wirekoh further advanced the field by applying fiber-reinforced soft bending PAMs to wearable tremor suppression devices (2020, 34 citations), demonstrating how soft actuators can be tailored for human-scale rehabilitation. In the medical domain, his contributions are equally impactful. His work on "Soft Miniaturized Actuation and Sensing Units for Dynamic Force Control of Cardiac Ablation Catheters" (2020, 46 citations) and a "Miniaturized Robotic End-Effector With Piezoelectric Actuation and Fiber Optic Sensing" (2018, 20 citations) directly addresses the critical need for precise force control in treating atrial fibrillation. By integrating soft actuation with advanced sensing, Wirekoh’s research promises to improve the safety and success rates of minimally invasive cardiac procedures, solidifying his reputation as a pioneer in soft robotic systems for healthcare.