Chanuka L. Tennakoon

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About

Chanuka L. Tennakoon is a rising researcher in the field of soft robotics, with a focused expertise in the design and characterization of novel actuators and grippers for delicate object manipulation. His work directly addresses the critical challenge of enabling robots to handle objects of varying shapes and compliances without causing damage. Tennakoon’s major contributions include the development of a PneuNet-based hybrid soft gripper, which demonstrated a significant improvement in grasping success for multi-shape objects, as detailed in his 2024 paper that has already garnered 8 citations. He also pioneered an origami-inspired, vacuum-driven bending actuator for soft gripping, a design that leverages compliant mechanisms for enhanced flexibility and control, earning 5 citations since its 2023 publication. By combining bio-inspired pneumatic networks with origami folding principles, Tennakoon is advancing the practical utility of soft grippers in industrial and service robotics. His work is notable for its systematic characterization of actuator performance, providing a robust foundation for future research in adaptive and safe robotic grasping.