ObjectivesMechanical engineers create almost all the technological devices that enable our modern way of life, from automobiles to machine tools, household appliances to the robots that make computer chips, from power stations to cooling systems for electronics. Few modern devices are purely mechanical and so mechanical engineers tend to work in teams with specialists in other areas such as electronics or computing, teams they are well placed to lead. To exploit new and emerging technologies the mechanical engineer must have at least a basic understanding of engineering design: the mechanics of machines and structures: thermodynamics: and fluid dynamics.
Entry requirementsGeneral university admissions requirements
All applicants must possess a minimum level of competence in English Language and in Mathematics or a Science. A pass at Grade C or above in GCSE English Language and in Mathematics or a Science, or an equivalent qualification, fulfils this requirement.
For some courses, requirements are above this University minimum, so you should check the relevant course-specific entry requirements in our hard copy prospectus which you can order online or browse on our online directory. We usually ask for candidates to show a broad base of study at GCSE level (or equivalent) with passes in at least five subjects from a range of disciplines.
This accredited course establishes a sound understanding of mechanical engineering principles and develops the expertise to design and create sustainable, cutting-edge technologies.
The courses takes a multidisciplinary approach to engineering challenges and is led, jointly, by experts in the School of Engineering and WMG (Warwick Manufacturing Group). There will be opportunities to learn from leading research groups, in areas such as precision mechanics, fluid dynamics and sustainable thermal energy technology, and to access our excellent resources, including a digital workshop where you can 3D-print your designs. You will develop highly sought-after skills in project management and communication, alongside the ability to research, design and develop mechanical engineering products and systems.
Your first and second years focus on core areas of engineering with options to specialise in mechanical engineering via laboratory and design work. Projects include reverse engineering a single-cylinder internal combustion engine using CAE software. In your third year you take core modules in solid mechanics, thermodynamics, fluid mechanics and mechanical design, and individual project work in areas from stochastic models of bio-sensing to designing a new solar collector. Fourth-year MEng students can explore specialist areas of mechanical engineering through their optional module choices and add an elective in fluid dynamics, sustainability or business management to their degree title.
Group projects simulate collaborative working in industry by tackling challenges such as using energy from the human body to power a heart pacemaker, creating a cost-effective refrigeration system to store vaccines, or improving power transmission systems.
For module information please visit the Mechanical Engineering website.