Marta Ciemiorek

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About

Marta Ciemiorek is an emerging researcher at the intersection of soft robotics, adaptive materials, and flexible electronics. Her work focuses on developing innovative mechanisms for variable stiffness control and flexible structural systems that push the boundaries of conventional robotics and wearable technology. Ciemiorek's most notable contribution explores granular jamming as a means of achieving adaptive stiffness in soft robotic systems. Her 2025 study, which has already garnered 4 citations, combines experimental investigation with mathematical modelling to characterize how granular jamming behaves under cyclic loading conditions — a critical advancement for designing robots capable of dynamically adjusting their mechanical properties. This research addresses one of the central engineering challenges in soft robotics: achieving controllable, repeatable stiffness transitions. Complementing this work, her 2024 publication introduces a flexible electrical energy storage structure with variable stiffness, tackling the practical limitation that rigid batteries impose on soft and wearable systems. By designing compliant energy reservoirs, Ciemiorek bridges the gap between power requirements and mechanical flexibility, enabling truly integrated soft robotic and wearable electronic platforms. Her research trajectory signals significant potential for impact in next-generation human-machine interfaces and autonomous soft systems.