MRes Robotics and systems engineering
Course Overview
This course provides a comprehensive exploration of advanced robotics and automation, specifically tailored to solve complex, real-world challenges in industries like food production, healthcare, and security. You will learn from leading experts how to design and implement cutting-edge systems, from biologically inspired robots to intelligent multi-agent swarms. The curriculum focuses on developing practical solutions that enhance human-robot interaction, improve operational efficiency, and drive innovation.
Key Program Highlights
- Master advanced automation and specialized grippers to solve unique challenges in labour-intensive sectors like the food industry.
- Develop cognitive robotics capabilities, including perception, planning, and reasoning, for creating truly autonomous systems.
- Design and build compliant, biologically inspired robots for safer and more natural human-robot interaction and rehabilitation.
- Engineer innovative multi-fingered end-effectors and robotic hands for dexterous manipulation and tele-presence applications.
- Implement swarm intelligence algorithms for coordinating multi-robot systems in crowd modeling, security, and collaborative tasks.
Course Overview
This course provides a comprehensive exploration of advanced robotics and automation, specifically tailored to solve complex, real-world challenges in industries like food production, healthcare, and security. You will learn from leading experts how to design and implement cutting-edge systems, from biologically inspired robots to intelligent multi-agent swarms. The curriculum focuses on developing practical solutions that enhance human-robot interaction, improve operational efficiency, and drive innovation.
Key Program Highlights
- Master advanced automation and specialized grippers to solve unique challenges in labour-intensive sectors like the food industry.
- Develop cognitive robotics capabilities, including perception, planning, and reasoning, for creating truly autonomous systems.
- Design and build compliant, biologically inspired robots for safer and more natural human-robot interaction and rehabilitation.
- Engineer innovative multi-fingered end-effectors and robotic hands for dexterous manipulation and tele-presence applications.
- Implement swarm intelligence algorithms for coordinating multi-robot systems in crowd modeling, security, and collaborative tasks.
