Martin Steinisch

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About

Martin Steinisch is a researcher specializing in neurorehabilitation engineering, with a particular focus on the integration of robotics, virtual reality (VR), and neuroimaging technologies for post-stroke motor recovery. His work centers on developing innovative systems to support upper limb rehabilitation in stroke survivors, combining passive robotic devices with immersive virtual environments to facilitate meaningful motor relearning. Steinisch's most influential contribution is a comprehensive post-stroke rehabilitation framework that merges the Trackhold — a passive robotic device designed for kinematic tracking and gravity compensation — with five tailored VR applications and high-resolution EEG imaging. This work, published in 2013 and accumulating 64 citations, represents a significant advance in multimodal rehabilitation technology. His earlier studies laid the groundwork for this system, demonstrating the feasibility of combining passive robotics and HR-EEG as far back as 2009, reflecting a sustained and methodical research trajectory. Steinisch's contributions are particularly notable for their translational ambition, bridging neuroscience, engineering, and clinical rehabilitation. By creating patient-centered tools that simulate activities of daily living within virtual environments, his research addresses both the functional and motivational dimensions of stroke recovery, making him a meaningful contributor to the growing field of technology-assisted neurorehabilitation.