COURSE CURRICULUM

The taught stage of the MSc Robotics and Autonomous Systems programme provides a structured 120-credit curriculum designed to develop both theoretical understanding and practical engineering skills across key areas of modern robotics, automation and intelligent systems. Students begin with Robot Software, which introduces programming principles, software architectures and algorithms used in robotic systems, enabling the development of functional and efficient robotic applications. Smart Sensors and Control Systems focuses on how robots perceive and interact with their environment through sensor technologies and feedback control mechanisms, forming the foundation for accurate and responsive system behaviour. Autonomous System Design is a major 30-credit module that integrates multiple disciplines, guiding students in the development of complete autonomous systems capable of operating independently in complex real-world environments. Applied Industrial Robotics explores the use of robotic systems in manufacturing and industrial settings, emphasising automation processes, efficiency and real-world deployment. Machine Learning introduces computational techniques that enable robots and autonomous systems to learn from data and improve performance over time, while Vehicle Automation and Connectivity focuses on technologies used in autonomous vehicles, including navigation, communication systems and intelligent transport applications. The Aston Global Advantage module develops essential professional skills, including employability, communication and career development, ensuring students are prepared for industry roles. Delivered by Aston University, the programme is designed to align with industry needs and emerging technological trends in robotics and artificial intelligence. Overall, the taught stage provides a strong interdisciplinary foundation that combines software engineering, control systems, machine learning and industrial applications, preparing graduates for advanced roles in robotics, autonomous systems development and intelligent automation industries.