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About

Dirk Sindersberger is a leading researcher at the forefront of soft robotics and smart materials, with a particular focus on bio-inspired actuation and advanced manufacturing. His most influential work, a 2019 study on bio-inspired shape-adaptive soft robotic grippers augmented with electroadhesion (91 citations), has set a benchmark in the field by demonstrating how delicate objects of varying geometries can be safely handled—a critical advance for industrial pick-and-place applications. Sindersberger has also made pivotal contributions to understanding the physics of electroadhesion, notably through his investigation of time-dependent force degradation (18 citations), which identified residual polarization charges as the primary cause of performance loss. Beyond grippers, he has pioneered the development of mini-extruders for 3D printing magnetoactive polymers (13 citations), enabling cavity-free fabrication of smart robotic components directly from CAD data. His work on shape memory effects using magnetoactive boron–organo–silicon oxide polymers (7 citations) addresses key limitations in 3D volumetric reproduction for rapid prototyping. Most recently, Sindersberger has advanced high voltage control for electrostatic actuators through magnetically enhanced photoconductive switching (4 citations), opening new pathways for precise, energy-efficient soft robotic systems.