G.C. Santambrogio

Papers

Total Citations

H-Index

About

G.C. Santambrogio’s research lies at the intersection of rehabilitation engineering, human movement analysis, and functional evaluation of the neuromuscular system. His work is driven by a deep understanding of how the human nervous system coordinates the body’s 100–150 mechanical degrees of freedom through muscle tension, enabling complex interaction with the environment. His most cited paper, “Functional Evaluation and Rehabilitation Engineering” (2011, 9 citations), lays foundational concepts for assessing and restoring movement in clinical and rehabilitative contexts. Santambrogio’s contributions have advanced the design of assistive technologies and biomechanical assessment tools, helping to bridge the gap between neural control and mechanical output. Though his citation count is modest, his work is notable for its conceptual depth and its emphasis on the holistic complexity of human motion—a perspective that resonates with researchers in neurorehabilitation and prosthetics. His achievements include shaping methodologies for functional evaluation that inform both engineering design and therapeutic practice. For students and researchers, Santambrogio’s work offers a compelling reminder that the most profound engineering challenges often arise from the elegant, intricate systems of the human body.