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Juha Kortelainen and Tomi_Suhonen_VTT Growth Lab on Industrial Renewal_2.4.2019

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VTT Growth Lab on Industrial Renewal, 2 April 2019, presentation Design for the future by Juha Kortelainen and Tomi Suhonen, VTT

Veröffentlicht in: Technologie
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Juha Kortelainen and Tomi_Suhonen_VTT Growth Lab on Industrial Renewal_2.4.2019

  1. 1. Design for the future Juha Kortelainen Research Team Leader, VTT juha.kortelainen@vtt.fi
  2. 2. Design for the future – liberating design for sustainable creativity The industrial revolution in design and engineering means: • Innovative new products and systems  Customer as a designer • New ways of liberating design and engineering creativity  Artificial intelligence as a designer • Ability to design optimised solutions beyond their lifecycle  Design for lifecycle excellence 55 Photo by Sharon Pittaway on Unsplash
  3. 3. Design for life-cycle excellence Optimised material and side-stream usage Excellence in lifecycle performance Value intensive circular economy Artificial Intelligence as a designer Automated design tasks Augmented designers Cognitive design tools Artificial Intelligence designed features Customer as a designer Interactive user experience Co-creation platforms Open engineering design Dynamically adaptive solutions Design for the future opportunities Photo by Franck V. on Unsplash
  4. 4. VTT ProperTune™ • A computational modelling assisted materials design, tailoring and performance evaluation methodology and a software platform • Used for optimising material properties VTT ProperTuneTM service-product is designed to solve material issues
  5. 5. “VTT ProperTune™ optimises material design, replacing expensive, time consuming testing and shortening time-to-market for new products by an average of 50%.” Anssi Laukkanen Principal Scientist, VTT Material optimization brings new possibilities to product design
  6. 6. VTT ProperTune™ for the design of wear resistant solutions • VTT developed and applied a modelling toolset based on the VTT ProperTune™ multiscale modelling solution • Enables design of novel solutions integrating material, component and system level features
  7. 7. “The creation of an engineering tool, together with the connection between tests at material and system level, helped to inspire use. We shall take advantage of this newly acquired knowledge based on VTT ProperTune developments, in our future products.” Petteri Valjus, Technology Manager R&D Key Technologies KONE Oyj
  8. 8. Vision planning for commercial autonomous shipping • Application of the systematic InnoLeap method • Drastically accelerate Rolls Royce’s innovation process to find new ship command bridge concepts
  9. 9. "We're living in an ever-changing world where unmanned and remote-controlled transportation systems will become a common feature of human life. They offer unprecedented flexibility and operational efficiency. Our research aims to understand the human factors involved in monitoring and operating ships remotely. It identifies ways crews ashore can use tools to get a realistic feel for what is happening at sea.“ Iiro Lindborg, General Manager Remote & Autonomous Operations, Ship Intelligence Rolls-Royce
  10. 10. Digital twin of an energy system with Apros® • Design your plant right the first time • Up to 75% reduction of the plant commissioning time • Use it for - Research and development - Plant engineering - Safety analysis - Automation testing - Operator training • More information: http://www.apros.fi Apros® is a registered trademark of VTT and Fortum
  11. 11. Thank you! #VTTGrowthLab #VTTbeyondtheobvious

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