
A monthly podcast exploring the exciting world of robotics, artificial intelligence, and autonomous machines. Host Dr. Claire Asher chats with robotics scientists around the world to learn how cutting-edge research is influencing the future of technology.

In this episode, Claire Asher talks with Jamie Palmer, co‑founder and CTO of Icarus Robotics, about developing free‑flying, dexterous robots to assist astronauts on the ISS and future commercial stations. Palmer explains how the robots—essentially microgravity drones with manipulators—are being prototyped, tested via teleoperation, air‑bearing tables, and parabolic flights, with a target launch in 2027. He highlights the massive cost of astronaut labor, the bottleneck of routine tasks like cargo unpacking, and how advances in manipulation AI (e.g., Google RTX, OpenX) enable remote teleoperation and learning from expert demonstrations for future autonomous microgravity operations. The discussion also covers the unique control challenges of free‑flying manipulators and the roadmap from teleoperated prototypes to autonomous in‑orbit work.

In this episode, Claire interviews Agata Suwala, Technology Manager at the Manufacturing Technology Centre, about how robotics and automation are being used to make manufacturing—especially in aerospace—more sustainable and scalable. Agata explains the latest advances in robotic dexterity, the role...

In this episode, Claire talks with Elmira Yadollahi, an assistant professor at Lancaster University, about how children engage with robots and the unique challenges this presents. They explore key themes such as managing children’s expectations, building trust, and fostering AI...

In this episode, Claire interviews Mark Gray, the UK country manager for Universal Robots, about the rise of collaborative robot arms, or cobots, that can safely work side‑by‑side with humans. Mark shares insights from his three decades in automation, highlighting...

In this episode, Claire interviews Associate Professor Amir Patel about his work replicating the cheetah's speed and agility in robotic systems. Patel explains how sensor fusion, computer vision, mechanical modeling, and optimal control are combined to study high‑speed animal locomotion...

In this episode, Claire Asher talks with Associate Professor Christine Evers about how robots can interpret their environment using sound, focusing on bio‑inspired machine listening that mirrors human auditory processing. Evers explains her work on integrating auditory neuroscience insights into...

In this episode, Claire interviews Stefano Mintchev, an assistant professor at ETH Zürich, about his work developing bio‑inspired robots for environmental monitoring and sustainable resource management. They discuss how these robots can navigate challenging natural terrains, collect high‑resolution data, and...

In this episode, Dr. Claire Asher interviews Assistant Professor Oluwami Dosunmu-Ogunbi about her pioneering work in bipedal robotics, covering how two‑legged robots achieve stable walking and stair‑climbing through advanced control algorithms. Oluwami explains the development of the Biped Bootcamp curriculum,...