JOBS IN ROBOTICS AND AI

• 3-year PhD position compensated according to a public service salary scale

• Resilient Cyber-Physical Systems (RCPS) is a new research group

• Founded by Prof. Roderich Gross at the Department of Computer Science

• You will study robot swarms that adapt to users and reliably perform tasks

• Investigate novel laboratory and field environments for evaluations

• The overall objective of the 3-year PhD project is use energy-aware approaches

• to build a safe and robust teleoperation system

• which takes into account time-varying human and environment dynamics

• Collaboration with Robotics and Mechatronics group of the University of Twente

• Research group at the Gina Cody School of Engineering and Computer Science

• Research focus is on robotics, machine learning, and human-robot interaction

• Continual learning, few-shot learning, active learning, and interactive machine

• Potential application areas include assistive robotics, autonomous vehicles,

• and smart sensor systems

• Active inspections using a quadruped robot and aerial drones

• Collaboration between Novo Nordisk, Helix Lab & the IT University of Copenhagen

• The project aims to automate inspections at Novo Nordisk factories by using

• a quadruped robot with a manipulator and one or several aerial drones

• To explore coordination and learning strategies for performing the inspections

• Several openings at both PhD and Postdoctoral levels

• Robotics, Machine learning, Reinforcement Learning, Control, Computer Vision,...

• The closing deadline for applications is September 30, 2024, but

• screening of the applications has already started and will continue until filled

• Talented candidates to join the lab (p4MARS) at faculty of Aerospace Engineering

• To work on cutting edge robotics and computer vision solutions

• Postdoc Position 3D Representation of Dynamic Scenes

• PhD Position in 3D Perception and Large Language Models

• Örebro University and its Center for Applied Autonomous Sensor Systems (AASS)

• Robotic Lab Automation for Handling Powdered and Granular Materials

• Radar Radiance Maps for Robust Perception and Navigation

• AI, control, and multi-robot system for Aerial Physical Interaction

• To pioneer the development of the next generation of Aerial Manipulators

• Capable of executing complex manipulation tasks in real-world environments

• PhD Positions and Master Thesis Positions

• PhD student in Vision-based Simultaneous Localization and Mapping (SLAM)

• Automation and Robotics Research Group of SnT of University of Luxembourg

• (3+1)-year fully funded position

• Partnership project with the Luxembourg-based company GAMMA AR

• In the areas of Interpretable AI (IAI) and Autonomous Decision-Making

• Contributions to the emerging field of Human-Robot Collaboration (HRC)

• HRC studies the most effective algorithms to enable robots to

• work safely and efficiently alongside with humans in shared spaces

• Join multidisciplinary team to further investigate & propose innovative solution

• LMM Powered Safe Policy Learning for Field Autonomous Robots

• Integrate LMMs’ understanding of field mobile robots’ exteroceptive sensory data

• & the outputs of robots’ interoceptive sensors to form world model of the robot

• Develop a DRL agent able to map the state of the world model to robot actions

• The trained DRL agent aims to achieve zero shot transfer to unseen data

• Italian National PhD Program in Autonomous Systems (DAUSY)

• For the XL Cycle (triennium Nov 1st 2024 to Oct 31st 2027)

• Excellent opportunity for aspiring researchers to pursue advanced studies

• Contribute to cutting-edge research in the automation field

• Including many scholarships in robotics

• 3 year PhD position in the THOTH team

• Particular will focus on learning behavioural representations for Robot Vision

• Estimating human intention to enable collaborative tasks between humans & robots

• Such as dynamic handovers between humans and robots

• Part of the Beijer Laboratory for Artificial Intelligence Research

• Strong interest in deep learning, image analysis and neural language modeling

• Good communication skills, excellent study results, programming proficiency

• Conducting fundamental machine learning research and

• Developing principled foundations of vision-language models