Program Overview

If you aspire to develop innovative solutions for complex automation systems, this course could help advance your career in areas such as control systems, robotics or intelligent automation.

• Tackle the principles behind the control systems driving industrial automation, ensuring efficiency and precision in complex processes.
• Explore the design and operation of advanced robotic systems, including their applications in manufacturing, healthcare and autonomous systems.
• Develop skills in artificial intelligence (AI) techniques, enabling intelligent decision-making and automation in modern engineering challenges.
• Gain proficiency in key programming languages and simulation tools used for modelling, testing and deploying automation solutions.
• Apply your learned techniques to solve real-world challenges in a substantial research or industry-driven project.

Why you should study this course

• Today’s rapidly evolving technological landscape means the demand for professionals who can integrate control theory, robotics and AI into innovative solutions, is higher than ever.
• This course aims to meet these industry needs by equipping you with the knowledge and hands-on experience to develop, implement and manage cutting-edge automation systems.  
• Industry-relevant curriculum: designed in collaboration with industry, ensuring that you have opportunities to gain skills highly sought after by employers. 
• Hands-on learning: engage in practical, immersive learning experiences through laboratory work and industry projects, enabling you to directly apply theoretical concepts to real-world scenarios. 
• Research and technology: learn from subject experts who are still actively involved in research and industry consultancy, ensuring you are trained in the latest techniques and technologies (staff are subject to change).