Autonomous systems, control, aerospace technologies, green energy transition Politecnico di Milano in Italy

Research opportunities are available at the University of Trento , Department of Industrial Engineering, within the Neu4mes FIS project . The call focuses on physics-informed machine learning for modelling, estimation, and control in Physical AI . The project combines mechanics , control theory , and machine learning to develop model-structured neural networks for autonomous systems . The post highlights two research contracts and one postdoctoral position, making it relevant for candidates with...

Fully funded PhD opportunity in Renewable Energy Engineering at Ulster University , United Kingdom, in collaboration with ÉireComposites and the Computing, Engineering and the Built Environment area. The project focuses on vibration attenuation and damping enhancement of lightweight composite turbine blades for renewable energy applications. This is a strong fit for students interested in mechanical engineering , aerospace engineering , and materials science , especially those with an interest i...

KAIST and the University of Illinois Urbana-Champaign are advertising multiple postdoctoral researcher positions in Resilient Human-Machine-AI Autonomy through September 2027. The appointment is jointly hosted across the two institutions and is based primarily in Korea, with the selected researcher working under Prof. SooJean Han at KAIST and Prof. Hiroyasu Tsukamoto at UIUC. The project sits at the intersection of autonomy, control, and intelligent systems, with emphasis on Human-Machine-AI Aut...

The Department of Mechanical Engineering at the University of Mississippi is recruiting a Postdoctoral Research Associate in Robotics and AI to join Dr. Xiaopeng Zhao’s research group. The position centers on robotics and autonomous systems with a strong emphasis on turning AI-enabled robots into systems that can be deployed and trusted in the real world. The research scope is broad and includes manipulation, mobile and legged robots, autonomous navigation, perception and computer vision, motion...

This research opportunity at the DEVCOM Army Research Laboratory focuses on the control of structurally adaptive small unmanned aerial systems (UAS). The project is centered on enabling unusual and highly maneuverable flight behaviors for Army-relevant small aircraft operating in congested, low-altitude environments. The work addresses the control challenges created by compliant and adaptive structures designed for complex behaviors such as high-speed object avoidance, perching, and soaring. A m...