Hamza El-Kebir
Papers
1
Total Citations
6
H-Index
1
About
Hamza El-Kebir is a rising researcher at the intersection of control theory, biomedical engineering, and thermal dynamics. His work centers on developing advanced estimation and observer frameworks for real-time medical applications, particularly in electrosurgery. In his most cited work, El-Kebir introduced a groundbreaking infinite-dimensional adaptive boundary observer that uses surface thermography to estimate inner-domain temperatures within 3D organic tissue during electrosurgical processes. This contribution addresses a critical challenge in minimally invasive surgery: the inability to directly measure subsurface thermal damage. By leveraging real-time infrared thermography data, his observer enables both parameter estimation and temperature tracking without invasive sensors. Though early in his career, El-Kebir’s work has already garnered attention for its innovative fusion of partial differential equation (PDE) control theory with practical surgical sensing. His research holds significant promise for improving patient safety by enabling closed-loop thermal regulation in electrosurgery, potentially reducing unintended tissue trauma. As he continues to bridge theoretical control design with clinical thermal dynamics, El-Kebir is establishing himself as a key contributor to the future of smart surgical tools.
Research Focus
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Top Papers
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