This episode explores how measurement science is revolutionizing robotics, particularly in manufacturing and emergency response. Dr. Kamel S. Saidi discusses the development of metrics, test methods, and evaluation protocols that ensure the reliability, safety, and performance of robotic systems, highlighting real-world applications from construction automation to advanced 3D imaging systems.

In this episode, Jan Peters shares his vast experience at the intersection of artificial intelligence and robotics. As a full professor at TU Darmstadt and department head at DFKI's Systems AI for Robot Learning, Jan provides a comprehensive overview of his current projects that are redefining intelligent autonomous systems. He discusses the integration of machine learning techniques with robotic control systems, the challenges encountered along the way, and the innovative solutions his teams have developed. Tune in to gain insights into the future of robotics from one of Europe's leading experts in robot learning and autonomous systems.

In this episode, Daniele Pucci shares his extensive experience in the dynamic field of humanoid robotics. He discusses his current leadership role at IIT, highlighting key projects like the iCub initiative that exemplify the integration of artificial and mechanical intelligence. Daniele also offers insights into the major challenges facing the development of advanced humanoid systems, from stability and adaptability to the integration of new technologies. Tune in to discover how emerging trends are poised to drive innovation and reshape the future of humanoid robotics.

In this episode, Professor Wendy Moyle delves into the transformative role of assistive technologies and social robotics in dementia care. Drawing on her extensive research in nursing, gerontology, and evidence-based practices, Wendy discusses innovative approaches that enhance the quality of life for older adults by effectively managing behavioural and psychological symptoms. She also explores the challenges of integrating advanced technologies into traditional care models and shares her insights on future trends that could revolutionize the field. Tune in to discover how multidisciplinary research is paving the way for a new era in dementia care and assistive robotics.

How the Neuroprosthetics and Human-Centered Robotics Lab at TUM is innovating in bionic prostheses, wearable robotics, and advanced rehabilitation techniques—incorporating soft robotics technologies, virtual reality, and intuitive control algorithms to enhance user experience and functionality.

In this episode, Ibrahim Khaled Reguieg delves into the transformative impact of remote control and VR-based training on humanoid robotics. With a special focus on robotic-assisted surgery, he explores how these technologies enhance precision, reduce human error, and accelerate skill acquisition for professionals working with humanoid robots. Ibrahim shares insights into the latest advancements in VR interfaces, the key challenges to adoption—such as latency and haptic feedback—and solutions from his own projects. He also discusses the future of remote-controlled humanoid robotics and the emerging technologies that will drive further innovation. Tune in to discover how immersive technologies are reshaping the way we train, control, and interact with advanced robotics.

In this episode, Francesco Ferro, CEO of PAL Robotics and a leader in service robotics, shares his insights on the future of robotics across multiple industries. He discusses the company's innovations, including TALOS, a humanoid robot developed for advanced research, and TIAGo Pro, a new-generation mobile manipulator designed for flexible applications. Francesco also addresses the challenges in deploying these robots in real-world settings, ensuring they are adaptable and safe for environments like hospitals and retail. He concludes with a look at how PAL Robotics aims to integrate these technologies into everyday life, highlighting the social benefits and potential for industry-wide transformation.

In this episode, Lucrezia Grassi shares her research into human-robot interaction, focusing on social robots that engage with people in diverse environments such as schools, hospitals, and care homes. Supported by the RAISE project, she works on cloud systems that enable robots to handle multiparty interactions, aiming to reduce loneliness, enhance education, and improve communication for children with autism. Lucrezia also discusses the evolving role of humanoid robots as social assistants and how her work will help address societal challenges through more advanced, diversity-aware conversational systems.