Course overview
The UK Government has identified Robotics and Autonomous Systems (RAS) as one of the 8 Great Technologies that support UK industrial strategy. Robotics and autonomous system technologies and industries are growing fast along with the development of artificial intelligence. The way we manufacture, travel, live, work and play is being revolutionised as evidenced by the advent of Industry 4.0 and autonomous driving.
We have developed this MSc course to meet the demand for the corresponding engineering professionals and to maintain UK’s leading position in the sector. RAS involves smart sensors and control systems, power electronics and electric drives, vehicle automation and connectivity, robot software, applied industrial robotics, autonomous system design, machine learning and much more.
Designed in collaboration with The Greater Birmingham & Solihull Institute of Technology this course will help you understand and develop in the promising field of robotics and autonomous systems.
You'll engage with a dynamic curriculum where you will explore cutting-edge expertise, industry relevance, and a dynamic learning environment preparing you for future innovation.
What we will provide
We’ll teach you the relevant knowledge and skills needed to thrive in robotics and autonomous systems and you’ll develop your ability to propose solutions to future challenges in robotics and autonomous systems by utilising the major concepts of mathematics, physics and engineering. With an emphasis on hands-on experience, you’ll have the opportunity to integrate your knowledge and develop an autonomous system from scratch by a CDIO (Conceive-Design-Implement-Operate) approach through the core module of Autonomous System Design. The transferrable skills you learn through the course will prepare you for future challenges as you develop your career.
What you will provide
We are looking for students preferably from a computer science or engineering background, who are eager to make an impact towards the future of robotics and autonomous systems. We want you to be able to demonstrate a practical hands-on approach and be open-minded and willing to learn new technologies.
What skills we teach
We are bridging the gaps to teach skills and knowledge in the growing sector of robotics and autonomous systems and this course will provide you with the latest expertise and advancements within this industry. You will have the opportunity to engage in real-life projects, industry case studies, and current research integration enhancing your practical skills and communication skills. We have strong industry connections to Aurrigo which has supplied Aston University with it’s own autonomous Auto-Pod. You will be able to take advantage and work and gain experience through this partnership.
Professional Practice Year
If you meet satisfactory academic performance and have secured a suitable professional experience, you will have the option to be transferred onto our MSc Robotics and Autonomous Systems including Professional Practice programme. Taking the Professional Practice route allows you to extend the duration of your Masters to 22 months and gain valuable working experience to support your career aspirations. The placement commences after the completion of your MSc dissertation and can be paid work, study abroad exchanges or unpaid research projects or even a mix of these options. You will return to Aston the following May for an intensive period on campus to draw all your learning together and finalise the assessments.
Career prospects
You will be well equipped to develop your career within the automobile industry, robotics industry, aerospace, defence and others. There is a huge demand in industry for robotics and autonomous systems