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About

Nicola Petrone’s research sits at the intersection of biomechanics, rehabilitation engineering, and assistive robotics, with a particular focus on lower limb exoskeletons and robotic devices for gait and balance recovery. His work addresses a critical challenge: designing wearable systems that effectively augment human motor function, especially for vulnerable populations. In his highly cited scoping review (2025, 12 citations), Petrone systematically characterized actuation technologies in lower limb exoskeletons, providing a foundational taxonomy that helps researchers navigate the field’s dominance by rigid, electromagnetic-driven designs. This work is essential for understanding the trade-offs between power, weight, and user comfort. His earlier systematic review (2021, 8 citations) specifically targeted children with neurological disabilities, evaluating electromechanical and robotic devices for gait and balance rehabilitation. By synthesizing evidence on task-specific training and neuroplasticity, Petrone highlighted both the promise and the current limitations of pediatric robotic therapy. His contributions are particularly valuable for students and engineers seeking to design more effective, child-friendly rehabilitation technologies. Through these reviews, Petrone has established himself as a key synthesizer of knowledge in a rapidly evolving field, guiding future innovation toward more adaptive, patient-centered robotic solutions.