Klevis Aliaj

Papers

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About

Klevis Aliaj is a researcher whose work sits at the intersection of orthopaedic biomechanics and rehabilitation engineering, with a focus on advancing our understanding of shoulder mechanics and prosthetic integration. His key research areas include in vitro simulation of shoulder motion, three-dimensional kinematic analysis, and the biomechanics of transhumeral osseointegrated prostheses. Aliaj’s major contributions include developing a framework for laboratory simulation of subject-specific shoulder kinematics using in vivo data, enabling more physiologically relevant investigation of clinical conditions. His work on replicating dynamic humerus motion with industrial robots has provided critical insights into movement patterns for upper-extremity amputees, addressing risks such as bone fracture associated with direct skeletal attachment of prostheses. With his most-cited papers accumulating 6 and 5 citations respectively, Aliaj’s research is foundational for improving surgical outcomes and prosthetic design. His notable achievements include pioneering methods that bridge the gap between in vivo kinematics and in vitro simulation, offering new pathways for studying shoulder pathology and enhancing the functionality of percutaneous osseointegrated implants. For students and researchers, Aliaj’s work exemplifies the integration of robotics and biomechanics to solve real-world clinical challenges.