TRIZ Miro-Template

Using Miro? TRIZ Project Level 1 Template is now available on Miroverse for everybody. The TRIZ Project template guides users through a complete TRIZ (Theory of Inventive Problem Solving) project, covering the initial, analytic, creative, and consolidation phases. It helps ensure a structured, efficient workflow from problem analysis to solution development. The template is ideal … Read more

TRIZ and AI: TRIZ Contradiction Solver

Dr. Jens Träger has developed a new custom GPT for solving technical and physical contradictions: “TRIZ Contradiction Solver and Inventive Principles is a specialized GPT for systematic innovation and problem solving according to the TRIZ methodology. It analyzes technical challenges, identifies technical and physical contradictions and develops innovative solutions using the Altshuller matrix, the 2003 … Read more

76 Standard Inventive Solutions (English) as Kindle ebook

“76 Standard Inventive Solutions” by Robert Adunka serves as supplementary material for the ‘TRIZ Level 2 – Advanced Course’ and  is based on the guidelines of MATRIZ Official and the European TRIZ-Campus. After an introduction to the substance-field analysis, it offers a detailed overview of the 76 standard inventive solutions. Each solution is provided with … Read more

MATRIZ Knowledge base: a TRIZ-Wiki

MATRIZ (The International TRIZ Association) has significantly revised its website and now also offers a TRIZ-wiki. The wiki is intended to be an important addition to TRIZ training and to help deepen the understanding of the method: The glossary contains all official definitions of the terms, articles explain individual concepts and an interactive contradiction matrix … Read more

Thoughts on function analysis # 6: Producing function in the function analysis for processes

One topic in the TRIZ advanced course (Level 2) is functional analysis for processes. The productive function is described as a function that irreversibly changes the parameters of a product in the desired direction. In my thoughts on function analysis #3, I argued that we should not name parameters, but characteristics and properties that have … Read more

Thoughts on function analysis # 5: Multiple functions from the function carrier to the object of the function

The function carrier is the component that executes the action (sender). The object of the function is the component that is affected by the action (receiver). A function takes place when the following three conditions are met: function carrier and object of the function must be allowed components (domain-specific restrictions from the component analysis must … Read more