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BEng Robotics
About this course
Robotics is one of the most rapidly evolving fields in technology, bringing together mechanical engineering, electronic engineering, computer science and artificial intelligence to create physical systems that can sense, reason about and act in the world. Robots are transforming manufacturing, healthcare, logistics, agriculture, exploration and consumer technology, and the professionals who can design, programme and develop them are among the most sought-after in the engineering and technology labour market. The field is growing rapidly across almost every sector, and graduates with a serious robotics education are entering a discipline at an inflection point. At Liverpool Hope University you will study for three years full-time, developing knowledge and practical skills across the core areas of robotics, including mechanical design, electronic systems, programming, control engineering, sensor integration and the artificial intelligence methods that allow robots to perceive and respond to their environment. The programme includes a sandwich year in professional practice and a year abroad, giving you extended industry experience and an international perspective on a technology sector that operates globally. Your placement year provides direct engineering experience in a real-world robotics or technology context, significantly strengthening your readiness for employment. Robotics graduates work in manufacturing, healthcare technology, autonomous vehicles, logistics and warehousing automation, consumer robotics, aerospace, defence, agricultural technology and research. The core skills of robotics, mechanical and electronic engineering combined with software and AI, transfer across a wide range of engineering and technology roles. Many graduates also pursue postgraduate research in robotics, autonomous systems, artificial intelligence or related fields, contributing to a discipline where the pace of research and commercial development is exceptionally high. The combination of physical and computational engineering skills makes robotics graduates genuinely versatile in the modern technology economy.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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