Fully Funded PhD Position in Robot Learning, Continual Learning and Embodied AI Johannes Kepler University Linz in Austria

Johannes Kepler University Linz in Austria is offering a PhD position in the Institute for Machine Intelligence focused on robot design and robot learning . The doctoral thesis will investigate the design of robotic hardware and the integration of reinforcement learning for embodied intelligence. The project combines physical robot development with machine learning approaches, creating opportunities to work across robotics, artificial intelligence, computer science, mechatronics, simulation, and...

Johannes Kepler University Linz is recruiting two PhD students to join its brand-new Institute for Machine Intelligence in Linz, Austria. The institute is being established as a research environment for advancing robotics and shaping the development of more capable robots. One opening focuses on robot learning , including the invention of new learning methods that can bring advanced robotic systems to life. The second focuses on robot design for robot learning , connecting the design of robotic ...

Microsoft Research Asia’s Tokyo Lab has started recruiting new members for a senior research role in Physical AI and Robotics . The opportunity is intended for candidates who hold a PhD and have research and experimental experience, especially experience working with actual robots. Relevant interests include Physical AI, Physical Intelligence, Robot Learning, robotics, and manipulation . The advertised position is listed as Senior Researcher (Physical AI and Robotics) through Microsoft Careers. ...

Postdoctoral Researcher Position in Human-Robot Interaction and Robotics at AIST, Japan The National Institute of Advanced Industrial Science and Technology (AIST) is recruiting a postdoctoral researcher (Special Research Fellow) in the Intelligent Systems Research Division, Task-Based Intelligent Robotics Research Group, located in Tokyo, Japan. The project centers on human-robot interaction (HRI) , including two-way skill learning between robots and humans, collaborative/cooperative work, robo...

This PhD project focuses on patient-specific liver deformation modelling for radio-frequency liver tumour ablation , where accurate prediction of organ movement is essential for treatment planning and intraoperative guidance. The project develops an AI-driven framework that combines strong modelling approaches to capture liver deformation at the patient level. A major part of the research is tackling the interpretability problem of deep learning systems. The PhD candidate will investigate method...