For further information visit: School of Mechanical, Materials and Manufacturing Engineering If you’re looking for a top quality Mechanical Engineering course with excellent job prospects this is the one for you. At Nottingham, our mechanical engineering courses are structured such that the majority of modules in the first two years are common. This gives you the option to switch between courses at any point up to the start of your 3 rd year. The first two years give you wide-ranging design teaching equipping you in the use of Pro- Engineer and bringing you to a level of competence in engineering machining. You study engineering science and engineering maths and each year you undertake comprehensive design projects that encourage you to develop as an engineer. BEng / MEng Mechanical Engineering UCAS codes H302 (BEng) /H300 (MEng) Our Mechanical Engineering course covers all the engineering science, design and computing you need to become a chartered mechanical engineer (MEng) and is fully accredited by the IMechE (MEng and BEng). Evacuation chair for the mobility impaired – a 4 th year project If you wish to continue into the 4 th year you hone and enhance your skills via the Group Development Project. At the end of 4 years you’ll be on the way to becoming a chartered engineer with excellent job prospects in engineering, business, management consultancy, finance... Individual Project – Appropriate Technology – Design a car battery charger for the developing world In your third year you work on an individual project that can range from very design oriented to highly mathematical or research-based. In this year you also get to choose optional modules from the wide range available. Have you got what it takes? We’re looking for highly motivated students fascinated by engineering with a sound mathematical background. Our typical entry grades are AAB to BBB. We also offer bursaries to high flying students.

For further information visit: Course Structures H302/H300 Year Three: Your third year involves an individual project occupying 25% of your time. There is also a group design project, further engineering science content and the introduction of Management. This year you choose some optional modules – a selection is shown to the right. Year three module titles Control and Instrumentation Individual Project Management Studies BGroup Design Project 6 engineering options Year Four: In the fourth year you will undertake a group development project that comprises 33% of your time. This project addresses a real industrial problem from concept to working prototype with a business plan. Core modules equip you for a top engineering or business career while options allow you to follow your interests Year four module titles Group Development ProjectAdvanced Technology Review Integrated Systems Analysis Introducing Entrepreneurship 5 engineering options Year One: Most of the first year is common to all Mechanical Engineering courses. You study Design (including CAE, engineering drawing and a Design & Make Project), Engineering Science and Maths modules in addition developing communication, computing, team-working and machining skills. Year one module titles Solid Mechanics 1Professional Studies Engineering Mathematics 1Fluid Mechanics 1 Engineering Mathematics 2 Materials and Materials Forming Electrical and Electronic SystemsMachine Dynamics Integrated Design, Manufacture and Materials Thermodynamics 1 Year Two: This year builds on the first year, extending design and engineering science and new subjects are introduced. At the end of this year you select either BEng or MEng degree paths (a certain attainment level is pre-requisite for MEng) Year two module titles Fluid Mechanics 2Management Studies A Design, Manufacture and Materials AStructural Vibration 1 Design, Manufacture and MaterialsBSolid Mechanics 2 Design, Manufacture and Materials BSolid Mechanics 2 Thermodynamics 2 Solid Mechanics 3 Drive Technology and ControlComputational and Numerical Techniques Engineering Maths 3 Eng Options include: Advanced Dynamics of Machines Heat Transfer Material Models and Modes of Failure Stress Analysis Techniques Structural Vibration 2 Aerospace Manufacturing Technology Introduction to Aerospace Technology Aerodynamics Internal Combustion Engines Introduction to Automotive Technology Introduction to Transport Materials Aircraft Propulsion Systems Automotive Vehicle Dynamics Human Structure and function for engineers Biomechanics Computational Fluid Dynamics Conservation & recycling of materials Elements of noise investigation Concurrent Engineering Flexible Automated Manufacture Energy Management Fibre reinforced composites engineering Automotive Materials Aerospace Materials Finite Element Analysis Rapid Product Development Lean Manufacturing Work Organisation and job design Mechatronics Polymer Engineering Food Processing and Manufacture Advanced Metal forming Cell structure and function for engineers And many many more!