MPhil Robotics and systems engineering
Course Overview
This course provides a comprehensive exploration of advanced robotics, focusing on the unique challenges and innovative solutions required for the food industry and human-robot interaction. Students will learn from leading experts how to design and implement cutting-edge automation, from cognitive systems and bio-inspired robots to sophisticated grippers and swarm intelligence.
Key Program Highlights
- Master advanced automation and specialized grippers to solve unique challenges in the food industry.
- Develop cognitive robotics capabilities like perception, planning, and reasoning for autonomous systems.
- Design bio-inspired robots with compliant actuators for safer human interaction and healthcare applications.
- Engineer dexterous multi-fingered end-effectors for handling complex products and tele-presence tasks.
- Implement swarm intelligence algorithms for multi-agent collaboration, path planning, and crowd behavior modeling.
Course Overview
This course provides a comprehensive exploration of advanced robotics, focusing on the unique challenges and innovative solutions required for the food industry and human-robot interaction. Students will learn from leading experts how to design and implement cutting-edge automation, from cognitive systems and bio-inspired robots to sophisticated grippers and swarm intelligence.
Key Program Highlights
- Master advanced automation and specialized grippers to solve unique challenges in the food industry.
- Develop cognitive robotics capabilities like perception, planning, and reasoning for autonomous systems.
- Design bio-inspired robots with compliant actuators for safer human interaction and healthcare applications.
- Engineer dexterous multi-fingered end-effectors for handling complex products and tele-presence tasks.
- Implement swarm intelligence algorithms for multi-agent collaboration, path planning, and crowd behavior modeling.
