Functional Neural Interface (FNI) Lab
Case Western Reserve University
Principle Investigator: Dustin Tyler, PhD
The purpose of our research is to improve human neurologic health and function through the integration of engineered devices into living systems.
Social and Physical Human-Robot Interaction (SaPHaRI)
Case Western Reserve University
Principle Investigator: Alexis Block, PhD
We create technologies that enhance human well-being through empathetic, emotionally intelligent, and human-centered design across robotic and digital interactions. Our work fosters meaningful social and physical connections to address mental health challenges, support emotional needs, and improve people’s relationships with technology.
Functional Neural Interface (FNI) Lab
Case Western Reserve University
Principle Investigator: Dustin Tyler, PhD
The purpose of our research is to improve human neurologic health and function through the integration of engineered devices into living systems.
Social and Physical Human-Robot Interaction (SaPHaRI)
Case Western Reserve University
Principle Investigator: Alexis Block, PhD
We create technologies that enhance human well-being through empathetic, emotionally intelligent, and human-centered design across robotic and digital interactions. Our work fosters meaningful social and physical connections to address mental health challenges, support emotional needs, and improve people’s relationships with technology.
Luke Lab
Case Western Reserve University
Principle Investigator: Luke Osborn, PhD
Dr. Osborn’s research interest is in restoring, augmenting, and enhancing human sensorimotor function and performance through neuroengineering, bioinspired instrumentation, and human-machine interfaces.
Cybernetics & Physical Intelligence Lab (CyPhiLab)
Case Western Reserve University
Principle Investigator: Zach Patterson, PhD
CyPhiLab conducts research on a broad array of topics in robotics, intelligence, biomechanics, and dynamical systems theory. We prioritize generating theoretical advancements as well as practical deployments on hardware and/or codebases.
Luke Lab
Case Western Reserve University
Principle Investigator: Luke Osborn, PhD
Dr. Osborn’s research interest is in restoring, augmenting, and enhancing human sensorimotor function and performance through neuroengineering, bioinspired instrumentation, and human-machine interfaces.
Cybernetics & Physical Intelligence Lab (CyPhiLab)
Case Western Reserve University
Principle Investigator: Zach Patterson, PhD
CyPhiLab conducts research on a broad array of topics in robotics, intelligence, biomechanics, and dynamical systems theory. We prioritize generating theoretical advancements as well as practical deployments on hardware and/or codebases.
Biomechatronics Lab
University of California, Los Angeles
Principle Investigator: Veronica Santos, PhD
Our research is dedicated to improving quality of life by enhancing the functionality of artificial hands and their control in human-machine systems.
Zingale Lab
Cleveland State University
Principle Investigator: Nick Zingale, PhD
Dr. Zingale’s research uses innovative methods to better understand human performance within tactile sensation, advanced technologies, and institutional ethics.
Biomechatronics Lab
University of California, Los Angeles
Principle Investigator: Veronica Santos, PhD
Our research is dedicated to improving quality of life by enhancing the functionality of artificial hands and their control in human-machine systems.
Zingale Lab
Cleveland State University
Principle Investigator: Nick Zingale, PhD
Dr. Zingale’s research uses innovative methods to better understand human performance within tactile sensation, advanced technologies, and institutional ethics.
Graczyk Lab
Case Western Reserve University
Principle Investigator: Emily Graczyk, PhD
We promote human connection by restoring and enhancing the sense of touch. Our lab focuses on the discriminative, affective, and proprioceptive aspects of touch.
Fu Lab
Case Western Reserve University
Principle Investigator: Michael Fu, PhD
Dr. Fu’s research translates technologies from the areas of robotics, human-computer interfaces, and virtual environments with the purpose of developing new interventions for training human function after neurologic injury.
Graczyk Lab
Case Western Reserve University
Principle Investigator: Emily Graczyk, PhD
We promote human connection by restoring and enhancing the sense of touch. Our lab focuses on the discriminative, affective, and proprioceptive aspects of touch.
Fu Lab
Case Western Reserve University
Principle Investigator: Michael Fu, PhD
Dr. Fu’s research translates technologies from the areas of robotics, human-computer interfaces, and virtual environments with the purpose of developing new interventions for training human function after neurologic injury.
Enhanced Robotic Interfaces & Experiences (ERIE) Lab
Case Western Reserve University
Principle Investigator: Zonghe Chua, PhD
We research new approaches to integrate multimodal sensing, multisensory feedback, and data-driven methods to improve human performance when teleoperating robotic systems.
Wadja Lab
Cleveland State University
Principle Investigator: Doug Wadja, PhD
Dr. Wajda conducts research in biomechanics, motor control, and applied mathematics. He is a member of the Department of Health Sciences and Human Performance at Cleveland State University.
Enhanced Robotic Interfaces & Experiences (ERIE) Lab
Case Western Reserve University
Principle Investigator: Zonghe Chua, PhD
We research new approaches to integrate multimodal sensing, multisensory feedback, and data-driven methods to improve human performance when teleoperating robotic systems.
Wadja Lab
Cleveland State University
Principle Investigator: Doug Wadja, PhD
Dr. Wajda conducts research in biomechanics, motor control, and applied mathematics. He is a member of the Department of Health Sciences and Human Performance at Cleveland State University.