Program Overview

Developed in consultation with industry and accredited by the?Institution of Engineering and Technology (IET), this course ensures our graduates have recognized and relevant skills for a range of industries, including automation, machine vision, automotive, consumer products and material processing.

Maximize your employment opportunities on this course, which response to the UK engineering skills gap and the global demand for multiskilled engineers by providing industry-relevant content, placement opportunities and input from research-active teaching staff. This means our graduates are equipped to work at the forefront of this exciting industry in roles responsible for designing and developing the world around us. 

You will grow your skills across core engineering disciplines by studying modules such as Advanced Solid Mechanics?and Advanced Thermodynamics, and by choosing from a range of optional modules, including Resource Efficient Design, Robotics and Digital Manufacturing. You will be supported by our academics and technicians with your individual project, a substantial piece of work focused on your specific research interests. 

In addition, you will learn about the environmental impact of human activities and energy consumption, as well as the role of the mechanical engineer in seeking solutions to the immediate needs of society. The course builds your transferable skills by giving you an insight into the engineering business environment and by broadening your understanding of other engineering disciplines. 

Our graduates are working as engineers in design, development, research and manufacturing roles for companies including BMW, Siemens and Ricardo.

Key features

• Accredited by the?IET, which ensures you will develop the appropriate skills and knowledge for an engineering career and professional registration. 
• Learn from research-active teaching staff who are involved in research areas including combustion modeling and energy conversion, computational theology and surface engineering. 
• Develop your practical skills in our facilities, which include laboratories for the study of thermo-fluids, solid mechanics and dynamics with control, an energy laboratory for thermodynamics, and mechanical workshops fitted with computer numerical control machine tools. 
• Meet like-minded people and get hands-on engineering experience by joining our student societies, including DMU Racing, where students design and build a car to race at Silverstone. 
• Boost your career prospects through an optional one-year placement* where you can gain industrial experience in your area of interest. Previous Engineering students have undertaken placements with companies including, Caterpillar and Network Rail. 
• Prepare for a career in a wide range of industries including robotics and automation, machine vision, consumer products and manufacturing. Opportunities also exist for further academic study towards a doctorate degree and a career in research.