Luke Meyer

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About

Luke Meyer is a pioneering researcher at the intersection of robotics, human-robot interaction, and advanced manufacturing. His primary research areas include auditory psychophysics, humanoid robotics as diagnostic interfaces, and scalable multi-robot additive manufacturing systems. Meyer's most impactful contribution is his 2023 work on using a humanoid NAO robot, named Sam, as an engaging interface for auditory psychophysical testing—a novel approach that addresses participant disengagement during repetitive tasks, with 5 citations to date. This work, along with his 2021 study on perception of humanoid robots for auditory testing, demonstrates his commitment to improving experimental methodology through robotics. In parallel, Meyer has explored industrial applications, authoring a 2023 paper on strategies for scalable multi-robot wire arc additive manufacturing, earning 2 citations. His cross-disciplinary approach—bridging cognitive science, human-robot interaction, and manufacturing—positions him as a versatile innovator. Meyer’s work not only advances robotic interfaces for clinical and research settings but also contributes to the scalability of robotic manufacturing systems, making him a notable figure in both human-centered robotics and industrial automation.