Get information about our TECHNICAL DEVELOPMENT GRANTS and ELIGIBILITY.
» How to apply
Activity each day |
What will you learn? |
Day 1 AM Basic principles and terms History of VP Overview of applications Role in product development PM Overview and demonstration of VP technology |
The basic principles of VP How and why to use VP methods How the different VP methods work and their relative merits in a range of applications |
Day 2 AM Telepresence Collaborative product development tools (virtual conferencing/meetings etc) PM Hands on training using 3D Studio max® |
How VP tools can be used to support collaborative product development, including hands-on demonstrations of some popular methods. How to use an advanced rendering software package. |
Day 3 AM Detailed overview of VR interfaces. Explanation of haptic devices, including a hand-on demonstration of the Sensable Phantom® virtual sculpting arm. PM Augmented reality Application of VR in surgery and architecture |
How different VR interfaces (visual, auditory and tactile) work and the advantage/disadvantages of different systems The basic principles and applications of augmented reality How VR can be used in surgical planning and training How VR can be used in architecture |
Day 4 AM Virtual factory/shop floor simulation Development of VR systems for gaming including hands-on demonstration PM Phase test ** |
How manufacturing facilities can be simulated to ensure optimum production efficiency. How gaming technology is driving the development of low cost VR systems |
* can be Can taken as part of the Rapid Product Development MSc course (subject to eligibility)
**compulsory for students taking the Rapid Product Development MSc course
Note: Please check the updated timetable when you register
Course fees Oct’07-Sept’08
Individual days £100+vat
Full module as part of the MSc course £480 (£380 for qualifying SME participants)
For more information or to register contact:
Prof. David Ian Wimpenny
Faculty of Computing Sciences & Engineering
Tel: 0116 257 7689 / Mob: 07748591189 / Email: dwimpenny@dmu.ac.uk
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