PhD Robotics and systems engineering
Course Overview
This course provides a comprehensive exploration of advanced robotics, focusing on the unique automation challenges within the food industry and the cutting-edge technologies required to solve them. You will learn from leading experts about cognitive robotics, biologically inspired design, and intelligent multi-agent systems, gaining practical experience with innovative grippers and autonomous systems.
Key Program Highlights
- Master advanced automation and bespoke gripper solutions for handling delicate and irregular food products.
- Develop and program robots with higher-level cognitive functions for perception, planning, and autonomous reasoning.
- Explore biologically inspired design principles to create safer and more natural human-robot interactions.
- Design and implement intelligent algorithms for multi-robot collaboration and swarm behavior.
- Apply robotics knowledge to real-world applications in manufacturing, healthcare, tele-presence, and security.
Course Overview
This course provides a comprehensive exploration of advanced robotics, focusing on the unique automation challenges within the food industry and the cutting-edge technologies required to solve them. You will learn from leading experts about cognitive robotics, biologically inspired design, and intelligent multi-agent systems, gaining practical experience with innovative grippers and autonomous systems.
Key Program Highlights
- Master advanced automation and bespoke gripper solutions for handling delicate and irregular food products.
- Develop and program robots with higher-level cognitive functions for perception, planning, and autonomous reasoning.
- Explore biologically inspired design principles to create safer and more natural human-robot interactions.
- Design and implement intelligent algorithms for multi-robot collaboration and swarm behavior.
- Apply robotics knowledge to real-world applications in manufacturing, healthcare, tele-presence, and security.
