Manufacturing Engineering

The Manufacturing Engineering program at the University of Cambridge is a comprehensive and rigorous course designed to equip students with the fundamental principles and advanced techniques necessary for innovative manufacturing processes and systems. This program combines theoretical knowledge with practical application, enabling students to develop a deep understanding of manufacturing technologies, materials science, and engineering design. Students will explore topics such as computer-aided design (CAD), computer-aided manufacturing (CAM), automation, robotics, and sustainable manufacturing practices, preparing them to address the complex challenges faced by modern industry.

Through a blend of lectures, laboratory work, and project-based learning, the program emphasizes developing problem-solving skills, technical proficiency, and an ability to work effectively in multidisciplinary teams. The curriculum is tailored to foster an understanding of manufacturing processes across a range of sectors, including aerospace, automotive, electronic, and biomedical industries, providing graduates with versatile skills highly sought after in the engineering sector.

Students will also have opportunities to engage with cutting-edge research and industry collaborations, gaining insights into the latest innovations and future trends in manufacturing technology. The program encourages critical thinking, innovation, and continuous learning, ensuring graduates are well-prepared for careers in manufacturing engineering, research and development, consultancy, or pursuing further academic study. Located in a world-renowned university, the program benefits from Cambridge’s strong links with industry partners, leading research centers, and an active community of scholars and practitioners. Graduates from this program will be equipped to contribute significantly to the advancement of manufacturing processes and to help shape the future of manufacturing engineering worldwide.

MET: Putting theory into practice

MET is very different to other Engineering options. The course provides a sound theoretical basis in manufacturing technology, manufacturing engineering and business management, coupled with the repeated experience of putting theory into practice via a series of projects.

MET students develop invaluable skills in leadership, problem solving, team working, communication - 'making things happen' - which ensure they are highly prized by employers. MET demands hard work, teamwork and initiative. The course generates a high level of esprit de corps and an ethos of self reliance, resulting in a strong sense of group identity - and fun!

3rd Year Students (MET IIA): Manufacturing fundamentals

In addition to ten taught modules, all students take part in a major design project (link), that enables them to develop an idea from first concept to working prototype, and produce a detailed business plan. Students also benefit from a series of structured industrial visits and skills sessions to develop professional and leadership skills. Follow this link for more details on the 3rd year.

Manufacturing leadership

In their 4th year, modules are interspersed with practical exercises, both at Cambridge and in industry. Industry-based projects involve working in small groups on a wide range of real problems identified by the host companies. In Cambridge, students develop an automated production line and also prepare for an international research programme.

The Manufacturing Engineering program at the University of Cambridge is designed to provide students with a comprehensive understanding of the principles, design, analysis, and manufacturing processes involved in modern engineering. Admission requirements typically include a strong academic background in mathematics and physical sciences, such as physics and chemistry, with excellent grades at A-level or equivalent. Applicants are expected to demonstrate proficiency in mathematics, often through recognition of prior study or standardized tests, as well as an aptitude for engineering principles and problem-solving.

Prospective students must submit a personal statement outlining their interest and motivation for studying manufacturing engineering, along with relevant academic records. The university also requires references from teachers or professionals who can attest to the applicant’s academic capabilities and potential. English language proficiency tests like IELTS or TOEFL are necessary for non-native speakers, with minimum score thresholds specified by the university.

Applicants are encouraged to participate in relevant extracurricular activities that demonstrate their interest in engineering and manufacturing, such as engineering clubs, summer schools, or practical projects. While prior work experience is not mandatory, it can strengthen an application by showcasing practical understanding and commitment to the field.

The program itself typically admits students with strong scientific and numerical skills, emphasizing rigorous coursework in mathematics, materials science, manufacturing processes, design engineering, and production management. Entrance to the program often involves a competitive interview process, where candidates are assessed on their problem-solving abilities, motivation, and understanding of engineering concepts.

In summary, the manufacturing engineering program at Cambridge requires excellent academic achievement in relevant subjects, strong quantitative skills, a compelling personal statement, relevant extracurricular experiences, and proficiency in English. The selection process is highly competitive, aiming to identify candidates with exceptional potential to excel in the field of manufacturing engineering.

The Manufacturing Engineering programme at the University of Cambridge is primarily funded through a combination of tuition fees, government support, scholarships, and bursaries. International students are typically required to pay higher tuition fees compared to domestic students, reflecting the university's standard fee structure. The university offers a range of scholarships and funding opportunities to help offset these costs, including prestigious scholarships such as the Cambridge Trust Scholarships, which can cover part or all of the tuition fees and living expenses. Additionally, state-sponsored funding and loans may be available for eligible students, particularly those from the UK. Students are encouraged to explore external funding sources such as national loan schemes and private grants. The university also provides financial aid in the form of bursaries for students demonstrating financial need. The cost of living in Cambridge, including accommodation, meals, transportation, and personal expenses, is also an important consideration and varies depending on the student's lifestyle choices. Students may choose to live in college accommodations, which can be included in the overall fee structure, or rent privately, which often incurs higher costs. To support students financially, the university offers various advice services and application support for funding applications and scholarships. The academic department itself may have specific funding options or collaborative projects that provide financial support for research-focused students. Overall, students are advised to carefully plan their finances and apply early for available funding schemes to ensure they can comfortably support their studies at Cambridge.

Manufacturing Engineering at the University of Cambridge offers a comprehensive and rigorous curriculum designed to equip students with the knowledge and skills necessary to innovate and excel in the manufacturing sector. The course combines principles of engineering, materials science, and manufacturing processes, emphasizing the importance of technological advancement and sustainable practices in modern industry. Students explore a wide range of topics, including design for manufacturing, automation, robotics, quality control, and supply chain management. The program is structured to provide both theoretical foundations and practical experience, often through laboratory work, project-based assignments, and industry collaborations.

The course is typically delivered over three years for an undergraduate Bachelor’s degree, with options for integrated Master’s programmes or specialised research projects in the later stages. The Department of Engineering at Cambridge boasts state-of-the-art facilities, including advanced manufacturing laboratories, robotics workshops, and simulation suites, which support hands-on learning and innovative research. Entry requirements generally include a strong background in mathematics and physics, reflecting the program’s technical rigor.

Students benefit from the university’s strong links with industry, providing opportunities for placements, internships, and networking with leading manufacturing firms and technological companies. This prepares graduates for careers in areas such as aerospace, automotive manufacturing, biomedical devices, and sustainable manufacturing systems. Graduates of Manufacturing Engineering at Cambridge are highly sought after, often progressing into roles in research and development, engineering consultancy, production management, or entrepreneurial ventures.

The academic staff are renowned researchers and industrial experts, contributing to cutting-edge developments in manufacturing technologies. The program encourages critical thinking, problem-solving, and teamwork, fostering a dynamic environment for learning and innovation. Cambridge’s ethos of excellence, combined with its global reputation in engineering, ensures that students receive a world-class education equipping them with the skills and knowledge to influence the future of manufacturing.