Capitalising on the high proliferation of computer numerically controlled (CNC) machines in modern manufacturing, this module focusses on CAD/CAM (Computer Aided Design / Computer Aided Manufacturing) in combination with additive manufacturing systems to exploit the best properties from near-net-shape manufacturing, advanced multi-axis machining techniques, zero-point referencing, and high-speed machining techniques to optimise performance, equipment lifespan and environmental considerations.
The MRes dissertation is a challenging opportunity for engineers to apply their knowledge, skills and critical evaluation at this advanced level of study. Running for 12 months, you will have the opportunity to explore a topic that best suits your career aspirations, through a series of sessions exploring research methods, professional skills, ethics, environmental and social responsibilities. The module will start with fundamentals on research methods delivered via our virtual learning environment that enables self-study (worksheets, videos, quizzes) and complemented with frequent supervisor meetings to reinforce understanding and guide the engineer through their project. The engineer will then tackle challenging engineering projects while working through their dissertation.
Exploiting the latest technologies in metal additive manufacturing (L-PBF), Engineers will utilise digital engineering to follow the manufacturing journey from an idea, to a digital 3D model, evaluations through to functional metal parts. This module investigates advantages and limitations of additive manufacturing for globally distributed and point-of-use manufacturing, whilst integrating with existing manufacturing systems to exploit commercial gain and significantly reduce waste for sustainability. Engineers will maximise process characteristics for single-piece production, customisability and structural optimisation with minimal material.