Robots and the Search for Universal Intelligence: How Machines Learn to Move, Think, and Adapt

Abstract:

Robots are becoming an integral part of our world, with exponential growth in both their numbers and capabilities over the past five years. From manufacturing to surgery to household helpers, robots are transforming industries. However, one critical piece is still missing: a true robot brain. In this talk, I will explore our efforts to develop Universal Physical and Embodied Intelligence—an advanced robotic brain capable of sensing and responding to the dynamic physical world, interacting safely and intelligently, and learning from experience. I will also delve into the potential of these advancements to drive innovation across industries, including their role in the ultimate quest for Robotic Knowledge Discovery in the Natural Sciences. Join me as we envision a future where robots are not just tools, but true collaborators in shaping tomorrow.

Short Bio:

Sami Haddadin is a world-renowned robotics and AI researcher, served as Director of MIRMI at TUM in Munich and is now Vice President for Research at MBZUAI in Abu Dhabi. His pioneering work spans robotics, artificial intelligence, and neurotechnology, driving innovations that shape the future of human-centered robotics and embodied AI. From groundbreaking research to globally used commercial robots like Franka and KUKA, Prof. Haddadin’s contributions power the current revolution in physical AI. Recognized with prestigious awards, including the Leibniz Prize, he has also shared his vision as a plenary speaker at leading conferences like AAAI and ICRA. Beyond the lab, his work influences global AI strategies and features in science and art museums worldwide.