University of Liverpool

What you'll study

The programme builds progressively from core engineering fundamentals to specialist topics in mechatronics and robotics. Early stages cover mathematics for engineers, mechanics, materials, electrical circuits, and programming, establishing the multidisciplinary base needed for mechatronic design. Intermediate modules introduce control theory, sensors and actuators, embedded systems, signal processing and CAD/CAM for design and manufacture.

In later years you study advanced control and automation, mobile and industrial robotics, machine perception and real-time systems, plus modules on systems integration, safety and dependability. Teaching combines lectures, small-group tutorials, laboratory sessions and hands-on workshops using industry-standard equipment and software. A significant individual or group research and design project in the final year is a central feature, requiring you to define, prototype and evaluate a mechatronic system. Optional modules typically allow deeper study of areas such as machine learning for control, vision systems, advanced sensors, or industrial automation.

Entry requirements

Entry to the MEng (Hons) programme is aimed at students with a strong background in mathematics and a science or technology subject from secondary education, or equivalent international qualifications. Applicants are expected to demonstrate good problem-solving ability and practical aptitude through prior study, personal statement and references. The University also considers applicants progressing from relevant foundation programmes or from other universities for advanced entry; these applicants should hold a good honours degree in an appropriate engineering or physical sciences discipline.

International applicants must provide evidence of equivalent academic qualifications and, where required, English language proficiency. Mature applicants and those with work experience in engineering are encouraged to apply and will be assessed on the breadth and relevance of their experience.

Career prospects

Graduates are well placed for professional roles in robotics, automation and control across a wide range of sectors including manufacturing, automotive, aerospace, defence, medical devices, logistics and energy. Typical job titles include robotics engineer, automation engineer, control systems engineer, embedded systems engineer, systems integration engineer and R&D engineer. The programme also provides a solid foundation for postgraduate research (MSc/PhD) in areas such as autonomous systems, intelligent control and machine perception.

Students benefit from close links with industry through project partnerships and optional placements, which help develop professional skills and improve employability. The technical breadth of the degree, combined with systems-level design experience, is particularly valuable for roles that require interdisciplinary collaboration and innovation.

Why study at University of Liverpool

The University of Liverpool offers a long-established engineering faculty with research and teaching strengths in robotics, control and systems engineering. You will have access to dedicated laboratories and workshops, project spaces and specialist equipment for sensors, embedded systems and mechatronic prototyping. The curriculum emphasises practical, project-based learning and integrates software and hardware skills that employers seek.

The programme is designed to meet professional expectations for engineering practice and prepares graduates for progression to Chartered Engineer status with further professional experience. Students benefit from industry engagement, external project briefs and a supportive community of academic and technical staff. Studying in Liverpool also provides access to a vibrant city with strong links to regional high-tech and manufacturing employers.