Alessandro De Mauro

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About

Alessandro De Mauro is a leading researcher at the intersection of neurorehabilitation, robotics, and virtual reality (VR), with a focus on restoring motor function through advanced technology. His work centers on developing intelligent systems for upper limb rehabilitation, where he has pioneered methods for estimating limb posture to create realistic VR representations and enable precise patient assessment. De Mauro’s most cited paper, “Upper Limb Posture Estimation in Robotic and Virtual Reality-Based Rehabilitation” (2014, 31 citations), lays the groundwork for integrating exoskeletons with immersive therapy, allowing clinicians to track progress in real time. He also contributed to the HYPER project, an advanced hybrid neurorehabilitation platform that combines robotic and electrical stimulation technologies. In addition to rehabilitation, De Mauro has explored image-guided surgery, designing robotic platforms to assist with complex preoperative planning and intraoperative challenges. His work on multimodal monitoring and teletherapy further extends the reach of robotic rehabilitation, enabling remote care and improving quality of life for patients and therapists alike. With a career spanning robotics, VR, and clinical applications, De Mauro is a key figure in making neurorehabilitation more effective, accessible, and engaging.