Mauro De Luca

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About

Mauro De Luca is a pioneering researcher at the intersection of soft robotics and bioengineering, whose work is redefining how robots interact with delicate environments—from the deep sea to the human body. His most impactful research centers on the design of soft, compliant robotic systems for both marine exploration and cardiovascular support. In his landmark 2023 study, De Luca led the user-driven design of an underwater soft gripper specifically tailored for biological sampling and litter collection, offering a gentle, adaptive alternative to rigid industrial manipulators. This work, already garnering 10 citations, addresses a critical gap in marine robotics by enabling non-destructive interaction with fragile aquatic life and debris. More recently, in 2025, De Luca introduced the design of a soft robotic artificial cardiac wall, a groundbreaking concept that leverages bioinspired architectures to replicate the complex motions of the human heart. With 4 citations since its publication, this work signals a new frontier in implantable cardiac devices, moving beyond rigid mechanical pumps toward soft, physiologically compatible assistive technologies. De Luca’s contributions exemplify a visionary approach to soft robotics—one that prioritizes gentleness, adaptability, and biological mimicry, with profound implications for environmental conservation and regenerative medicine.