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About

Ujjal Mavinkurve is a robotics researcher whose work sits at the intersection of bio-inspired design and soft continuum robotics. His primary research focuses on developing novel, high-performance robotic manipulators that can bend, extend, and stiffen on demand—capabilities critical for applications in minimally invasive surgery, search and rescue, and industrial inspection in confined spaces. Mavinkurve’s most significant contribution is the creation of a woodpecker tongue-inspired robot manipulator, detailed in his 2022 paper (20 citations). By mimicking the hyoid bone and muscular structure that allows a woodpecker to extend its tongue far beyond its beak, he engineered a bendable, extendable arm that can access deep, narrow cavities while maintaining structural stiffness. He further advanced this concept in his 2023 work (9 citations) by integrating a geared rod-driven mechanism with IMU-based force sensing, enabling precise, sensorized control. His 2023 paper on a 3D-printed flexible arm (2 citations) demonstrates his commitment to accessible, rapid-prototyping design. Through these innovations, Mavinkurve is tackling the fundamental trade-off between compliance and load-bearing capacity in continuum robots, paving the way for more capable and practical tools for real-world, unstructured environments.