Francesco Mondada
Swiss academic in artificial intelligence and robotics
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Biography
Mondada was born in Locarno. He studied microengineering at EPFL, receiving a Master of Science degree in 1991 and a doctorate in 1997. During his doctoral research, he contributed to the development of miniature autonomous mobile robots, establishing the technical foundations for later work in collective and bio-inspired robotics.
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Career
While completing his doctoral studies in the early 1990s, Mondada co-developed the Khepera mobile robot and co-founded K-Team SA in 1995. He was chief executive officer and president of the company until 2000, overseeing the commercialization of mobile robotic systems for academic and industrial use. Following this period, he returned to EPFL as a senior scientist and briefly held a research position at the California Institute of Technology.
Between 2001 and 2007, Mondada held postdoctoral and senior scientific appointments at EPFL, working with laboratories led by prominent roboticists including Dario Floreano, Roland Siegwart, and Hannes Bleuler. During this period he contributed to major European collaborative robotics projects, including Swarm-bots and Swarmanoid. In 2010, he assumed leadership of EPFL’s educational robotics research within the Swiss National Centre of Competence in Research Robotics.
In 2013, EPFL appointed Mondada Adjunct Professor of Robotics. He subsequently became head of the MOBOTS laboratory and later directed the Center for Learning Sciences at EPFL. His academic work has combined robotics engineering with educational innovation, promoting open-source robotics for formal education and interdisciplinary experimentation.
Research and robotic works
Mondada’s research has focused on the design of compact autonomous robots for collective intelligence, adaptive systems, and educational applications. His earliest major contribution, the Khepera robot, became one of the widely used platforms in bio-inspired robotics and experimental control systems, appearing in thousands of scientific publications. Its modular architecture established a standard platform for evolutionary robotics research.
As principal designer of the s-bot platform for the European Swarm-bots project, Mondada developed one of the first physically self-organizing robotic systems capable of autonomous collective behavior. The project became a landmark in swarm robotics and was recognized by the European Commission as a major technological success. The robot was later listed by Wired among the “50 Best Robots Ever”.
Mondada subsequently led development of the e-puck robot, an open-hardware educational platform widely used in university robotics curricula, and later the marXbot system for modular swarm experimentation. In 2010, he co-created Thymio, an open-source educational robot designed for primary and secondary education. The development of the Thymio robot earned Francesco Mondada in 2022 the Gold Polytechnik-Preis from the Stiftung Polytechnische Gesellschaft.
His later research expanded into biohybrid systems and robot-animal interaction, including robotic platforms used to study collective fish behavior and social interaction mechanisms. Across these projects, Mondada’s work has emphasized mechatronic precision, open-source accessibility, and the integration of robotics into both scientific research and formal education systems.