Soft robotics, tunable silicone elastomers, architected soft materials, and advanced manufacturing. I design adaptive soft elements and grippers for safe manipulation of fragile objects, tailoring stiffness, deformation, and durability.
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a month ago
I am looking for research and industry partners to improve robotic and mechanical systems through soft, compliant, and adaptive elements. Applications include vibration absorption, tissue-mimicking structures, adaptive interfaces, and safe manipulation of fragile objects.
About
I develop soft robotic systems and functional soft materials by combining complex geometry design, silicone formulation, and advanced manufacturing. My expertise includes extra-soft and soft silicone elastomers, formulation modifications to tune stiffness, curing, gelation, elasticity, and durability, and architected and multilayer structures. I design soft elements that can be integrated with commercial grippers or used as soft grippers for adaptive, safe manipulation of fragile objects, including agricultural products. I use FDM and SLA 3D printing, casting, molding, and monolithic fabrication.
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