Antoine Milot

Antoine Milot currently serves as a Research Engineer in AI at OSE Engineering, where he spearheads innovative R&D initiatives within the defense sector. His role involves developing sophisticated decision-making algorithms tailored for autonomous systems, ensuring these solutions are both robust and operationally viable. Leveraging his extensive expertise in algorithm design, embedded systems, and artificial intelligence, Antoine leads projects that integrate cutting-edge data science techniques with real-time decision-making processes. His work emphasizes maintaining the operator’s decision loop, which is crucial for operational safety and effectiveness in complex environments.

At OSE Engineering, Antoine’s projects often involve embedded development and real-world experimentation on operational platforms, such as autonomous vehicles or robotic systems used in defense applications. His proficiency in programming languages like C++ and Matlab enables him to create high-performance algorithms optimized for embedded hardware. Additionally, his scientific background, including a PhD in autonomous multi-robot systems, provides him with a deep understanding of multi-agent coordination, optimization, and decision-making under uncertainty—skills essential for advancing autonomous capabilities in defense scenarios.

Antoine’s expertise extends to integrating intelligence artificial (IA) techniques with embedded systems, ensuring that autonomous platforms can adapt and respond effectively in dynamic operational contexts. His work not only pushes the boundaries of autonomous system capabilities but also emphasizes rigorous scientific validation through experimental testing. By combining his knowledge of defense requirements, scientific writing, and algorithm development, Antoine continues to contribute to the evolution of autonomous systems that are both intelligent and operator-centric, driving innovation at the intersection of AI, decision-making, and embedded development.