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About

Milad Tatari is a leading researcher in bioinspired soft robotics, specializing in tunable mechanical systems that bridge the gap between rigid and compliant structures. His work focuses on developing soft grippers, adhesives, and bending structures with actively controllable stiffness—a critical capability for robots that must handle everything from heavy loads to delicate objects. His most cited paper, "A Soft Gripper with Rigidity Tunable Elastomer Strips as Ligaments" (106 citations), introduces a novel approach to reversible rigidity tuning, enabling soft actuators to rapidly transition between tasks. In "Dynamically Tunable Dry Adhesion via Subsurface Stiffness Modulation" (79 citations), Tatari demonstrates a groundbreaking method for modulating adhesion strength by altering subsurface stiffness, with direct applications in transfer printing and climbing robotics. His work on biomimetic scale-covered beams further explores how scale orientation and stiffness can tailor bending behavior, offering new avenues for stiffness tunability in slender substrates. With over 200 total citations and a growing portfolio of innovative designs—including flexible self-inflating structures—Tatari is shaping the future of adaptive, multifunctional soft robots that mimic nature’s most versatile mechanisms.