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About

Maria Romano is a biomedical researcher whose work sits at the intersection of rehabilitation robotics, motor control, and biomechanical analysis. Her research has made significant contributions to understanding upper limb movement in both healthy individuals and patients recovering from congenital or acquired brain injuries, with a particular focus on robot-mediated therapy as a quantifiable and reproducible rehabilitation tool. Romano's most influential contributions examine the kinematic and electromyographic (EMG) patterns underlying arm reaching movements, collectively accumulating nearly 70 citations across her key publications. Her 2014 study comparing measured and predicted reaching movements with a robotic rehabilitation device advanced the mathematical modeling of motor coordination, building on established theories of movement smoothness and bell-shaped velocity profiles. Earlier work from 2011 and 2012 established foundational frameworks for evaluating how robot-assisted therapy drives measurable improvements in muscle function and strength, filling a critical gap in understanding neuromuscular adaptation during rehabilitation. Her 2013 investigation into kinematic indices further refined how amplitude and velocity parameters relate to natural arm motion, offering practical tools for clinical assessment. Taken together, Romano's body of work provides clinicians and engineers with rigorous, data-driven methods for designing and evaluating robotic rehabilitation interventions for neurologically impaired patients.