Introduction to Basic I-TRIZ
 I-TRIZ Foundations
 Levels of Invention
 Inventive Problem
   Psychological Inertia
   Contradictions
 Patterns of Invention
   Analogical Thinking
   Directions
 Patterns of Evolution
 Ideality
   Ideal System
   Ideal Vision
   Functional Modeling
   Local Ideality
 Resources
   Derived Resources
   Insufficient Resources
 Problem Solving
 Brainstorming
 Ideation Process

Patterns of Evolution

Technological systems evolve according to certain statistically-proven patterns. These patterns - called the Patterns of Evolution - form the common threads between evolving systems, as revealed through patents and other sources describing technological achievement. The Patterns of Evolution constitute much of the theoretical base of the I-TRIZ methodology.

 

Traditionally, system evolution proceeds through trial and error. Most trials fail, however, because they are influenced by psychological inertia. With I-TRIZ, the majority of trials are productive because they follow the Patterns of Evolution, eliminating the need for numerous blind trials.

 

And because the Patterns of Evolution represent strong, historically-recurring tendencies, they can also be used to predict the future evolution of a system.