Michelle Johnson
Physical Medicine and Rehabilitation / Bioengineering
University of Pennsylvania
About Professor Michelle Johnson
The University of Pennsylvania, a globally recognized institution, stands at the forefront of medical and engineering innovation, earning immense respect for its interdisciplinary excellence. Its esteemed Departments of Physical Medicine and Rehabilitation and Bioengineering are particularly renowned for their cutting-edge research strengths and vibrant academic environment. This synergistic approach allows for profound advancements in understanding and addressing complex health challenges. Students and researchers at Penn benefit from unparalleled resources and a collaborative atmosphere that fosters groundbreaking discoveries, making it a premier destination for those dedicated to pushing the boundaries of scientific inquiry in health and technology.
🧬Research Focus
At the helm of the esteemed Rehabilitation Robotics Lab, Associate Professor Michelle Johnson leads pioneering research that profoundly impacts neurorehabilitation and motor control. Her work centers on developing innovative rehabilitation robotics and robot-mediated therapy to improve functional outcomes for individuals with motor dysfunction due to aging, neurological disease, or neural injury. Professor Johnson investigates brain plasticity through these interventions, creating assistive robots and telepresence robotics for upper-limb rehabilitation and ADL assessment. Her group's focus on deployable, affordable technologies translates scientific advances into practical solutions, addressing global challenges by enhancing mobility and independence through sophisticated yet accessible robotic systems.
🎓Student Fit & Career
Graduate students aspiring to contribute to impactful, interdisciplinary PhD research would find an exceptional mentor in Professor Johnson. Ideal candidates possess a strong background in areas such as engineering, neuroscience, rehabilitation science, or computer science, coupled with a passion for human-centered design and a collaborative spirit. Students thriving under her academic mentorship are innovative problem-solvers eager to bridge theory and practice in developing tangible solutions for real-world health issues. Graduates from Professor Johnson's lab are well-prepared for diverse career paths, including leadership roles in academia, advanced medical device industry, clinical research, or start-up ventures focused on assistive and rehabilitation technologies.
Research Areas
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