Alexander Kollreider

Papers

Total Citations

110

H-Index

About

Alexander Kollreider is a pioneering researcher at the intersection of rehabilitation robotics and human-computer interaction, with a focused mission to restore motor function after neurologic injury. His core contributions lie in developing robotic and sensor technologies for upper limb rehabilitation, particularly for stroke and apoplexy patients. His most influential work, a 2018 paper on "Robotic and Sensor Technology for Upper Limb Rehabilitation" (97 citations), established robotic-assisted motor learning as a clinically validated approach, now recommended in national rehabilitation guidelines. Kollreider’s research uniquely addresses the complexity of human hand and arm movement, translating biomechanical challenges into practical robotic systems that support activities of daily living. His earlier work on human-computer confluence for stroke rehabilitation (2013) laid the groundwork for integrating virtual environments with physical therapy. While his citation impact is concentrated, Kollreider’s contributions are foundational: his 2007 study on robotic hand/finger rehabilitation for apoplexy patients represents early, critical work in a field that has since grown exponentially. For students and researchers, Kollreider exemplifies how targeted, clinically-grounded engineering can directly transform patient outcomes in neurorehabilitation.