MSc Robotics Programming and Automation

The UK is experiencing a surge in the adoption of robotics in manufacturing industries, boosting productivity and efficiency (1). Moreover, industries such as agriculture, healthcare and retail are discovering the benefits of automation, so the potential of robotics and future opportunities for growth are significant. As the range of industry 4.0 environments expands and the use of robots and the Internet of Things (IoT) increases, so do employment opportunities. A wealth of career opportunities await highly qualified and talented graduates with expertise in programming and robotics algorithms, and the future employment prospects in this sector look bright. The University of Greater Manchester's MSc in Robotics Programming and Automation is ideal for graduates with a computing or software engineering background. Our expert team will support you in developing vital skills in robotics automation and programming, as well as in business and marketing. The course focuses on integrating robotics into various industries, preparing you for high-demand roles in research, development, and implementation of cutting-edge automation technologies. We'll support you in developing wide-ranging knowledge of current challenges, tactics and methodologies, covering essential areas such as machine learning, robotics perception and control, robotic process automation (RPA), and human-robot interaction. While studying at our town centre campus in the North of England, you'll consider the latest methods and development techniques in software robotics and explore the interaction between robotics and artificial intelligence. Our expert team will support you in developing a detailed understanding of advanced robotics techniques and their integration with machine learning algorithms. You'll explore the principles, techniques, and applications of RPA in business processes and build upon your undergraduate research skills, learning advanced techniques to support your professional practice. Our dedicated tutors will also promote lifelong learning skills, creativity and critical thinking so you're ready to adapt as the industry evolves throughout your career. Interpersonal and transferable skills are also vital, so we'll challenge you to develop sought-after communication, problem-solving, analytical, self-management, and decision-making skills.

Normally, you should have at least an upper second class (2.1) honours degree in a relevant subject. Examples of relevant subjects include robotics, computing, business, software engineering and mechanical engineering.