Postdoc Opportunities in Control Systems in Norway

Stanford AeroAstro’s Safe and Intelligent Autonomy Lab (SIA Lab) is recruiting two postdoctoral researchers for projects at the intersection of robotics, machine learning, control, and safety. The first position focuses on the safety of learning-enabled autonomous systems through a NASA University Leadership Initiative project involving academic, industry, and government collaborators. The research addresses design-time safety assurances and safety-aware learning, runtime safety monitoring and c...

The University of Notre Dame’s Provost’s Postdoctoral Fellowships in Engineering Program offers an opportunity for emerging researchers to pursue postdoctoral work in advanced engineering and intelligent systems research. Assistant Professor Mengxue Hou welcomes applicants interested in robotics, control, autonomy and artificial intelligence . The opportunity is suited to researchers who want to develop expertise in autonomous systems and related engineering technologies while engaging with a un...

The Morimoto Lab at the University of California, San Diego is recruiting multiple postdoctoral scholars for an interdisciplinary project on autonomous, soft, tip-extending robots for stroke treatment. The project aims to enable fully autonomous navigation through vessels with severe tortuosity and curvature, which are currently difficult even for highly trained specialists. The postdoctoral researcher will contribute to the full development cycle of the soft robotic system, including design, fa...

Postdoctoral Researcher in AI & Smart Energy Systems at the Instituto Universitario de Automática e Informática Industrial (ai2), Universitat Politècnica de València, in Valencia, Spain. This post is part of the MAC4CE project, which focuses on the optimal operation of urban energy communities through a novel control architecture combining Graph Neural Networks and Multi-Agent Reinforcement Learning . The successful candidate will work on distributed control methods for complex energy systems, w...

This research opportunity at the DEVCOM Army Research Laboratory focuses on multisensory integration and perception within the Human Research and Engineering Directorate (HRED). The project invites an Associate to join a multidisciplinary team investigating how humans combine information from the brain, body, behavior, and environment to support sensory-perceptual-motor decision-making. The research combines experimental human-subjects work with theoretical and computational modeling . On the ex...

The University of Texas at Dallas is seeking a postdoctoral researcher for experimental power electronics and power conversion systems at the High Power Density Electronics Center in Richardson, Texas. The researcher will support existing projects and help develop new projects and proposals involving power electronics circuits and converters for data centers, electrical grids, and energy-storage applications. The work combines new hardware architectures with intelligent control strategies for hi...

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 DEVCOM Army Research Laboratory Flight Sciences Branch is seeking researchers to contribute to ongoing work in aeroballistics and the control of guided and unguided Army munitions. The opening is centered on flight dynamics and control, with emphasis on understanding how munitions respond to aerodynamic forces and moments and how those responses can be shaped to improve range, accuracy, and survivability in flight. The research scope spans both unguided and guided flight. On the unguided sid...

This opportunity is centered on limbed robotics and the development of dynamic whole-body mobility and manipulation for autonomous robot platforms. The work aims to improve robust autonomous behaviors for agile traversal and manipulation in complex environments, with emphasis on how robots move, balance, and interact with their surroundings. The project uses physics-based, multi-body simulation to support the design of robot behaviors and to build understanding of the dynamics governing the syst...