Philippe Malcolm
Harvard University, Ghent University, University of Nebraska at Omaha
Papers
13
Total Citations
893
H-Index
8
About
Philippe Malcolm is a prominent biomechanics and rehabilitation engineering researcher whose work sits at the intersection of wearable robotics, human locomotion, and assistive technology. He is best known for his foundational contributions to soft exosuit design and optimization, particularly in characterizing how robotic assistance can reduce the metabolic cost of walking. His 2017 study on assistance magnitude versus metabolic cost reductions (372 citations) remains a landmark reference for exosuit developers worldwide, establishing critical design principles for balancing assistive benefit against device mass penalties. Malcolm has made equally important contributions to understanding the biomechanical timing of assistance — demonstrating how the precise moment of hip extension or ankle push-off actuation dramatically influences energetic outcomes. His work on robotic ankle-foot prostheses and ankle stiffness further broadens his impact to clinical populations, including individuals with limb loss. More recently, Malcolm has explored novel center-of-mass-level assistance strategies and rehabilitation robotics, including promising findings on enhanced muscle activation within electromechanical delay windows. Collectively, his research has shaped modern understanding of human-robot interaction during gait and continues to inform the development of next-generation assistive and rehabilitative technologies.
Research Focus
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Top Papers
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