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About

Collin McKinney is pioneering the convergence of soft robotics, bio-inspired design, and lab automation. His most impactful work introduces a groundbreaking class of skin-inspired, sensory robots for electronic implants, drawing directly from vertebrate biology—where skeletal muscles and sensory skins are cohesively integrated. This design, featuring an electronic skin (e-skin) paired with an artificial muscle, enables multifunctional sensing alongside on-demand actuation, a critical step toward truly autonomous, implantable medical devices. The flagship paper on this topic has already garnered 146 citations since 2024, signaling its transformative potential in biomedical engineering. Beyond bio-inspired robotics, McKinney is advancing chemistry lab automation through mobile manipulation robots. His work on high-accuracy injection systems demonstrates how mobile robots can achieve the precision and repeatability needed to automate tedious, hours-long experiments, accelerating scientific discovery. While earlier iterations of this research (2023) have received 9 citations, the concept is gaining traction as labs seek higher efficiency. McKinney’s contributions sit at the intersection of materials science, robotics, and synthetic biology, offering a vision where soft, sensory robots not only mimic life but actively enhance human health and research productivity.