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About

Ardi Wiranata is an innovative researcher at the forefront of soft robotics and flexible electronics, with expertise spanning dielectric elastomer actuators (DEAs), fluidic systems, and stretchable sensing technologies. His work addresses fundamental challenges in making robots safer, lighter, and more adaptable for human interaction. Wiranata's most celebrated contribution, a voltage-driven fluidic rolling robot (2022, 57 citations), demonstrated a compelling advance over conventional pneumatic systems by eliminating the need for high pressures and complex cabling. His highly cited work on multi-layer DEA-based soft grippers (2021, 47 citations) showcased the potential of electrically driven soft actuators as practical alternatives to traditional rigid robotic hands. Beyond actuation, he has pioneered self-sensing fluidic systems through electrochemical dual transducers and developed accessible DIY fabrication methods for carbon nanotube-based stretchable sensors, democratizing wearable robotics research. His portfolio also reflects a strong biomedical focus, with bio-inspired actuators simulating human rectal mechanics and reservoir computing models for hand-motion classification. Supporting all this work, Wiranata has developed cost-effective electromechanical testing equipment, ensuring rigorous material characterization remains accessible. With over 200 cumulative citations, his research is making soft robotics more practical, affordable, and human-centered.