A.M.M. Aalsma

Papers

Total Citations

257

H-Index

About

A.M.M. Aalsma is a leading figure in rehabilitation robotics, with a focused expertise in developing novel robotic systems for upper-extremity motor recovery. Their major contributions center on the design and validation of devices that enhance stroke rehabilitation by combining functional training with targeted force-coordination exercises. Aalsma’s most influential work includes the Dampace exoskeleton, a dynamic force-coordination trainer that integrates gravity compensation to improve motor control. The seminal 2007 paper on Dampace has garnered 110 citations, while a subsequent 2009 design paper has 84 citations, underscoring its impact on the field. Additionally, Aalsma’s 2007 work on Freebal, a dedicated gravity compensation system for the upper extremities, has received 63 citations, highlighting its role in advancing rehabilitation outcomes. By demonstrating that robotic training can match or exceed the efficacy of conventional therapy—primarily by increasing training intensity—Aalsma has helped shift clinical paradigms. Their research is essential reading for students and engineers interested in the intersection of mechatronics, neuroscience, and physical therapy, offering a blueprint for creating more effective, patient-centered rehabilitation technologies.