Robert Riener Ai For Good Riener’s research focuses on the investigation of the sensory motor interactions between humans and machines including the development of powered prostheses, exoskeletons, and ml approaches applied to neurorehabilitation. Artificial intelligence simplifies many areas of our lives. but does it also make the world more inclusive? robert riener outlines the requirements for this to succeed.
Book Robert Riener As A Speaker Vbq Speakers Robert riener professor in robotics, eth zurich & university of zurich verified email at hest.ethz.ch rehabilitation robotics virtual reality biomechanics sports science. Artificial intelligence simplifies many areas of our lives. but does it also make the world more inclusive? in this perspective, robert riener outlines the requirements for this to succeed. Robert riener is professor for sensory motor systems in the department of health sciences and technology at eth zurich. he has been working for many years at the intersection between modern assistive technologies, rehabilitation and inclusion. Robot assisted neurorehabilitation requires trajectories between arbitrary poses in the patient's range of motion. data driven optimization methods, such as learning by demonstration, are well.
Robert Riener Sensory Motor Systems Lab Eth Zurich Robert riener is professor for sensory motor systems in the department of health sciences and technology at eth zurich. he has been working for many years at the intersection between modern assistive technologies, rehabilitation and inclusion. Robot assisted neurorehabilitation requires trajectories between arbitrary poses in the patient's range of motion. data driven optimization methods, such as learning by demonstration, are well. Eth zurich researcher robert riener argues that artificial intelligence (ai) holds great promise for improving inclusion — especially for people with disabilities. As a fellow of the thomas mann house, robert riener looks at current technological trends in the field of ai and robotics and their potential positive and negative effects on individuals with or without disabilities and on society as a whole. In summer 2025, he held discussions with experts in the fields of ai and inclusion as part of a fellowship at the thomas mann house in los angeles. but ai is not a miracle cure; it also carries risks. Robert riener is full professor for sensory motor systems at the department of health sciences and technology, eth zurich. he has been assistant professor for rehabilitation engineering at eth zurich since may 2003.
Robert Riener Stiftungsrat Careum Eth zurich researcher robert riener argues that artificial intelligence (ai) holds great promise for improving inclusion — especially for people with disabilities. As a fellow of the thomas mann house, robert riener looks at current technological trends in the field of ai and robotics and their potential positive and negative effects on individuals with or without disabilities and on society as a whole. In summer 2025, he held discussions with experts in the fields of ai and inclusion as part of a fellowship at the thomas mann house in los angeles. but ai is not a miracle cure; it also carries risks. Robert riener is full professor for sensory motor systems at the department of health sciences and technology, eth zurich. he has been assistant professor for rehabilitation engineering at eth zurich since may 2003.
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