Engineering

Why Engineering at ManMet

Manchester Metropolitan University’s engineering school ranks 6th in the UK for research impact, with all its scientific work recognized as internationally significant or outstanding according to REF 2021—three-quarters earning the highest 4* rating. Programs carry accreditation from the Institution of Engineering and Technology, while over £115 million invested in the new Dalton building provides world-class labs and dynamic learning spaces where students tackle projects like Formula Student.

Electrical and Electronic Engineering

The BEng (Hons) Electrical and Electronic Engineering blends fundamental theory with hands-on industry projects throughout. First-year foundations cover circuit analysis—from resistors and capacitors to magnetism and AC—alongside materials mechanics. The second year explores power generation, control systems, and electronics, including analog design and microcontroller programming. Final-year specializations span power amplifiers and digital communications, culminating in an independent research project where students develop innovative solutions.

Engineering Science

This one-year BSc (Hons) Engineering Science (Top-up) suits international graduates seeking to deepen their expertise through project-based learning that industry values highly. Specializations include advanced electronics, communications, and networks, complemented by modern engineering software. The major individual project runs either with industrial experts or within one of the university’s research groups, addressing challenges that face both sector and society.

Mechanical Engineering at Manchester Metropolitan

The BEng (Hons) Mechanical Engineering builds a solid foundation through industry partnerships that expose students to real-world challenges from day one—spanning renewable energy, aerospace, automotive, and advanced manufacturing. Early coursework covers engineering science, mathematics, materials, and design, plus practical prototyping skills. Second-year modules tackle solid mechanics, thermodynamics, and fluid dynamics through group work. Final-year specialization centers on a major individual project, with an optional placement year offering valuable industry experience.

Engineering Project Management

The MSc Engineering Project Management prepares specialists for Industry 4.0 demands by teaching how to implement technical strategies across engineering projects. It develops skills for managing interdisciplinary initiatives and operational phases of product lifecycles while exploring innovation and sustainability challenges. Faculty members bring active connections in manufacturing, environmental sectors, rail, and construction, combining contemporary project management practice with engineering expertise and insights into professional body requirements like the Association for Project Management.

Robotics and Automation

The MSc Robotics and Automation focuses on smart systems technologies within Industry 4.0, including digital twins and cyber-physical systems. Eight modules span robotics, artificial intelligence, digital manufacturing, automation, industrial programming, and Internet of Things. The course examines technical details of integrating new technologies with existing ones and overcoming related business challenges, while Systems Engineering for Industry develops analytical thinking for product lifecycle management. The final research project aligns with personal ambitions, with an optional industry placement year available.