Rapid Product Development MSc/PG Dip/PG Cert – (M.Sc.)

Contents

Taught modules include:

* Computer Aided Design (CAD) is the cornerstone of modern product design and manufacturing, and underpins the whole principle of Rapid Product Development. In addition to being taught the theory of CAD you will also be given comprehensive hands-on training using the latest solid modelling software from Solid Works®
* Rapid Prototyping (RP) methods have revolutionised product development enabling parts of unlimited complexity to be generated in layers. This module covers the principles of RP, including hands-on training in the major techniques and associated software tools
* Reverse Engineering (RE) enables geometric data of existing objects to be captured and used to design new products. This module provides an overview of the basic principles of RE and a wide range will be covered in detail. You will have the opportunity to gain hands-on experience with both contact and non-contact RE methods
* Design Analysis - In this module the basic principles of computation design analysis methods (FEA, CFD etc) will be explained and the role they can play in product development is described using industry case studies. You will then receive training in the use of ALGOR® finite element software
* High Speed Machining (HSM) is more efficient than conventional machining and allows machining of hard metals and thin-walled components. This module will explain the basic principles of high speed machining and you will also receive training on how to program HSM equipment
* Rapid Tooling techniques exist which can dramatically reduce the cost and time to introduce new products. This module covers both the theory and practice of a wide range of rapid tooling methods
* Virtual Prototyping (VP) encompasses a range of computer-based tools including virtual reality (VR) and haptic devices which enable users to see and even feel objects which only exist as electronic data. This module gives an overview of the VP technologies from basic graphical interfaces through to immersive VR facilities. You will also have the chance to use a range of VP methods, including state-of-the-art facilities within De Montfort University
* Research Methods - At Master's level the ability to plan and undertake research and report the findings is essential. This module not only provides these skills, it also forms the essential foundation for undertaking the final project module to gain a Master's degree. Lectures and practical classes include project planning, conducting literature surveys, reporting writing and presentation skills
* Product Development Management - In this module you will be taught how to use the latest management techniques to ensure that the product development process is undertaken as efficiently as possible, including concurrent engineering, FMEA, FTA, QFD and DFMA. In addition, methods to improve innovation and creativity in the design process will be explained and demonstrated. Experts on intellectual property rights (IPR) will advise you how to protect inventions, design and trademarks. Finally, speakers from industry will describe the product development process from initial concepts to first-off production parts using industrial case studies.