Year 2 (national level 5):
Vehicle Chassis Engineering (20 credits)
Develop critical knowledge of the technical attributes of key vehicle components and systems, as well as the forces acting on a vehicle during typical phases of operation. Gain the ability to analyse and discuss the functional characteristics of various mechanical and electrical vehicle systems, while critically evaluating the technical advantages and disadvantages. Learn how to calculate the forces acting on a vehicle during typical phases of operation. Demonstrate your understanding of vehicle and component systems through design.
Computer-Aided Engineering (20 credits)
Develop a critical understanding of finite element analysis and its integration to the design engineering process. Use industry standard and commercially available software to predict the performance and behaviour of a component or system due to external influences. Analyse mathematical models of the behaviour of a component or system due to external influences.
Engineering Mechanics (20 credits)
Enhance your knowledge of the mechanical engineering discipline of applied mechanics. Apply the appropriate mathematical techniques for modelling and analysing engineering problems. Explore a range of specialist areas including machine dynamics and strength of materials.
Thermofluids and Engines (20 credits)
Expand your knowledge of the mechanical engineering disciplines of thermodynamics and fluid mechanics. Gain fundamental knowledge by exploring topics such as thermodynamics, air standard cycles, fluid mechanics, and heat transfer. Engage in essential mathematical techniques including differentiation and integration, solution of simultaneous equations, and ordinary differential equations.
Design Methods and Applications (20 credits)
Explore the creation of solid models of simple components using 3D solid modelling software. Gain an introduction to the three interlinked methodologies of design for manufacture, design for assembly, and process selection. Undertake a redesign project which must be conducted conscious of both the economic challenges and environmental responsibility which the global manufacturing sector is facing. Use case studies to gain insight and understanding into the key aspects of the design for manufacture concept.
Automation for Manufacturing (20 credits)
Delve into the operation and application of a range of both Instrumentation and Automation Systems. Enhance your understanding of the properties of measurement systems and sensors and evaluate their application in selecting an appropriate approach for a given application. Analyse signal conditioning and data capture systems using components such as operational amplifiers, analogue to digital converters and microcontrollers.
