Mathieu Porez

Institut Mines-Télécom, École Centrale de Nantes, Centre National de la Recherche Scientifique

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About

Mathieu Porez is an emerging researcher whose work centers on the mechanics and analysis of tensegrity structures and biomechanical systems. His research brings together robotics, structural mechanics, and bio-inspired locomotion, with a particular focus on understanding how complex mechanical systems achieve stability and controlled movement. Porez's most notable contributions include rigorous kinematic and static analyses of tensegrity mechanisms, including both three-degree-of-freedom spatial configurations and four-leg tensegrity architectures. These studies advance the mathematical modeling frameworks used to design lightweight, flexible robotic structures that mimic the efficiency of biological systems. His 2024 and 2025 papers in this area have already attracted citation attention within the research community, signaling growing interest in tensegrity-based mechanism design. Complementing this engineering focus, Porez has also ventured into biomechanics, investigating the basin of attraction in bird passive balance — a study that sheds light on how avian locomotion maintains stability with minimal active control. While his citation record is still developing, the breadth and novelty of his recent output suggest a researcher building a distinctive interdisciplinary profile at the intersection of structural robotics and biological movement science.