Michail E. Kiziroglou

Imperial College London, International Hellenic University

Papers

Total Citations

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About

Michail E. Kiziroglou is a leading researcher in micro-robotics and precision actuation, with a focus on motion amplification and medical microdevices. His key contributions lie in developing scalable, high-force actuation mechanisms—particularly through piezoelectric materials and flexure-based designs—that enable precise motion control for miniature medical tools. His 2020 review, "Micro Motion Amplification–A Review," with 41 citations, is a seminal work that synthesizes emerging motion-active materials and their integration into interactive microsystems. Kiziroglou’s recent work (2025) on onboard visual micro-servoing for robotic surgery tools demonstrates his drive to push the boundaries of precision in optical fiber-based diagnosis and intervention. He also advanced 3D-printed flexure-based delta actuators (2022), achieving linear displacement and force characterisation that could transform invasive micromanipulators and catheters. His research bridges fundamental material science with practical, life-saving applications, offering students and researchers a clear pathway from theory to clinical impact. Kiziroglou’s work is essential for anyone exploring the future of miniaturized medical robotics and micro-actuation.