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About

Carmelo De Maria is a biomedical engineer and researcher whose work sits at the dynamic intersection of robotics, additive manufacturing, and regenerative medicine. He is best known for pioneering advances in **robotic-based in situ bioprinting** — a cutting-edge approach in which robotic systems deposit biological materials directly onto or within living tissue to regenerate damaged structures. His most cited work, a 2021 paper on robotic platform design and path planning algorithms (56 citations), laid foundational groundwork for this field, subsequently expanded through contributions addressing surface reconstruction, motion compensation for patient physiological movement, and automatic photo-cross-linking systems. Together, these studies form a comprehensive technical framework for translating in situ bioprinting into clinical reality, illustrated through a compelling neurosurgical case study simulating traumatic bone repair. Beyond bioprinting, De Maria has contributed to advanced slicing algorithms for complex additive manufacturing geometries (38 citations) and explored the integration of artificial intelligence into fabrication workflows. His earlier work on affective touch sensing for social robots demonstrates a broader interest in human-machine interaction. With nearly 200 cumulative citations across diverse, forward-looking topics, De Maria represents an influential voice in the future of digital biofabrication and intelligent manufacturing.