The course teaches the most relevant theoretical fundamentals followed by hands on exercises facilitating the transfer into your practical knowlegde. This will enable you to overcome thought barriers in innovation projects and technical problems in your own projects.
TRIZ can be used as an independent method, but also fits seamlessly into the Design for Six Sigma (DfSS) program. In the Identify/Design phase of DfSS DIDOV, TRIZ provides opportunities to generate ideas for elegant, cost-effective and low-risk solutions. In short; a creative and structured process to help you solve problems effectively and develop your next generation products. Participants learn how innovation goals can be made more predictable and how money and time can be saved right from the start of the innovation process.
Introduction to the theory of inventive problem solving (TRIZ)
• Basic principles
• Application areas of TRIZ Methodology:
from finding unique selling points to patent circumvention and technical problem solving
Selected TRIZ methods for the different phases of inventive problem solving
• Define and analyze development tasks and opportunities
Generate Technical Solutions
• Solving technical contradictions by using the 40 innovation principles
• Physical contradictions and the separation principles
• Effect databases
• Concept selection
• Presentations will be interspersed`with examples and practical exercises
Duration of the training and number of participants:
1 Day from 9.00 am to 17.00 pm; maximum 15 people.
Dipl. Ing. Achim Schmidt
Holland Innovative, High Tech Campus 9, Eindhoven and
other locations, see training calendar.
Location and costs:
Eindhoven: High Tech Campus 9 (Bèta Building)
Germany: location to be determined
The cost is €495, – per participant (ex. VAT). Included is the one day workshop, extensive class material, lunch and
20 june 2019
7 november 2019
Do you have a question about one of our courses?
Would you like to discuss the possibilities? Please contact us for further information.
T: +31 (0)40 851 4611