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About

Alessandro Enrico is a biomedical engineer and researcher whose work sits at the intersection of soft robotics, biomimetics, and advanced cell culture technologies. He is perhaps best known for his contributions to bioinspired soft robotics, particularly the development of electrically driven microengineered systems that harness self-actuating cardiac muscles on hierarchically structured scaffolds to replicate lifelike locomotion — work inspired by the elegant biomechanics of batoid fish. Published in 2018, this research has garnered nearly 200 citations, establishing Enrico as a notable voice in the emerging field of living soft robotic systems. More recently, Enrico has turned his attention to the critical challenge of physiological relevance in drug discovery. Through the HYDRA platform — a robotic liquid handling automation system for fabricating cell culture hydrogels — he and his collaborators have sought to bridge the gap between low-throughput organoid models and the scalability demands of high-throughput screening. This work addresses a long-standing limitation in preclinical drug testing by enabling more biomimetic culture conditions at an industrially relevant scale. Across his career, Enrico has demonstrated a consistent drive to engineer biologically faithful systems, whether animating soft machines or improving the predictive power of drug development platforms.