Jean-Paul Blanquart

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About

Jean-Paul Blanquart is a leading researcher in the engineering of safe autonomous systems, with a career dedicated to bridging the gap between advanced robotic capabilities and rigorous safety assurance. His primary research areas encompass safety-critical systems, autonomous robotics, and formal methods for hazard analysis. Blanquart’s major contribution is the development of a systematic framework for online safety monitoring, most notably through his work on the SMOF framework, which provides a structured methodology for ensuring that autonomous systems—from robots to self-driving vehicles—operate within safe boundaries even when facing unforeseen hazards. He pioneered the concept of "safety trigger conditions," a systematic process for identifying critical transitions to catastrophic states and defining safety margins. His 2016 paper on SMOF, with 66 citations, stands as a cornerstone reference in the field, while his earlier works on safety modes and trigger conditions (with 12 and 14 citations, respectively) laid the theoretical groundwork for runtime monitoring. Blanquart’s research is essential for engineers and researchers developing trustworthy autonomous systems, offering practical tools to prevent catastrophic failures and build public confidence in next-generation robotics.