Brandon Rios

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About

Brandon Rios is a rising leader in biohybrid robotics and engineered living materials, with a research focus on designing programmable, muscle-powered actuators that bridge the gap between biology and machine. His major contributions center on mechanically programming anisotropy in engineered muscle using actuating extracellular matrices—a breakthrough that enables hierarchical, adaptive tissue functionalities by mimicking dynamic biochemical and mechanical signaling. Rios has also pioneered the integration of compliant mechanisms, or “flexures,” to enhance and decode the contractile performance of muscle actuators, achieving unprecedented reproducibility and predictability in biohybrid systems. His most-cited work (45 citations) demonstrates how extracellular matrices can be engineered to mechanically guide muscle alignment and function, while his 2024 studies (19 and 4 citations) advance scalable manufacturing and real-time performance decoding. Notably, Rios’s research directly addresses the challenge of translating proof-of-concept biohybrid robots into robust, manufacturable devices—a critical step toward practical applications in soft robotics, medical implants, and adaptive prosthetics. His work is already shaping the next generation of living machines that combine biological efficiency with engineered precision.