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Visualisation, Simulation and Interaction - Virtual Reality I

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Objectives:

The product development of the future is focused on the Digital Product and uses aspects like concurrent engineering in global distributed teams. The visualization of complex objects and the realistic simulation of their physical behavior under real conditions is of major interest to the engineer. Furthermore it is necessary to integrate relevant data into the different phases into the product life cycle, to use and manipulate them and to interact with them in an easy and intuitive way. This lecture gives the basics of Virtual Reality as an engineering tool to access to Digital Product. It is accompanied by exercises to get hands-on experience.

Contents:

Introduction into the world of Virtual Reality; Development of VR technologies; Introduction to 3D computer graphics; the virtual space; geometric modeling and transformation; physical based simulation; human factors; the virtual environment; devices for virtual environment; display technologies; tracking systems; data glove; interaction in virtual environments; typical interactions in virtual reality systems; navigation; collision detection; haptic and tactile interaction; geometry generation in real time; VR systems; usage of virtual environments in technical applications; virtual mockup; data exchange; data conversion; augmented reality; usage of virtual reality in industry; integration of virtual reality into the product development process.

Course modules / Documentation:

Lecture and practice / Lecture notes, handouts

Didactical concept:

The course consists of lectures and exercises.

Prerequisites:

None

Certificate / Credit conditions:

Participation in lectures and exercises

Place/Time:

Thursday, 1.00 PM - 5.00 PM; ML H44

Suitable for:

Mechanical and Process Engineering - Integrated Product Development - Type "V"
Mechanical and Process Engineering - Master in Robotics, Systems and Control
Manufacturing Technology - Innovation-Digital Product - Type "VF/W"
Mathematics, Physics, Computer-supported Sciences - Choosable Lectures
Sciences in Mechanical Engineering (Bachelor) - Machining Manufacturing Technology - Type W
Computere-supported Sciences (Bachelor) - Type W
Computer-supported Sciences (Master) - Type W
Computer Sciences - Master in Robotics Systems and Control (MSc RSC)
Information Technology and Electrical Engineering - Master in Robotics Systems and Control (MSc RSC)

Credit points:

4

Moodle:

https://moodle-app2.let.ethz.ch/course/view.php?id=1829

Prof. Dr. habil. Andreas Kunz

Comparison:

vergleich_ss_eng


 

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© 2017 ETH Zurich | Imprint | 7 January 2017
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