Genrich Altshuller - Father of Contemporary Inventing Methodology
  • Genrich Altshuller was born in Russia in 1926
  • He made his first invention at the age of 14
  • Graduated from university with a Masters Degree in Mechanical Engineering
  • Started working on Theory of Resolving Inventive Problems (abbreviated as TRIZ in Russian language) in 1946
  • Wrote and published 14 books and many technical papers spanning all levels of inventive skills - from kids to highly experienced inventors
  • Taught thousands of students in a system of TRIZ schools founded by him

Courtesy of Len Kaplan

The TRIZ founder, Genrich Altshuller, helped people solve difficult inventive problems using TRIZ methodology that contains:

  • Systematic step-by-step procedure
  • Be able to guide an inventor through the Solution Space and to direct him or her to the area with the best (ideal) solutions
  • Provide an inventor with reliable and repeatable results that do not depend on personal (psychological) issues

During the late 1940s, Altshuller worked in the patent department of the Russian navy. His primary responsibility was assisting inventors in filing patents, however, he was often asked for help in solving problems they encountered during the innovation process. Assuming there were methods which would be useful in solving creative problems, he went to the library and began researching. He found studies based upon the notion that, since innovation is a product of the human brain, the process can be improved using psychological techniques. Several methods (such as brainstorming) were developed to overcome psychological inertia that is, to "force" people to generate ideas outside of the box.

Below is a short glossary of TRIZ taken from "TRIZ Empire" website (courtesy of Len Kaplan).

Theory of Inventive Problems Solving
TRIZ
Systematic Innovation
Ideation Methodology
Methodology
ARIZ
Inventive Problem
Level of Innovation
Patterns of Evolution of Technological Systems
Anticipatory Failure Determination
Concept of Solution
Directed Product Evolution
Ideality
Contradiction
Physical contradiction
Technical Contradictions
Resources
Standard Solutions
System
Contradiction Table

Theory of Inventive Problems Solving: is the result of nearly 50 years of research and development in the former Soviet Union by Genrich Altshuller. And a structured methodology for innovation.

TRIZ: is Russian abbreviation for the Theory of Inventive Problems Solving developed in the former Soviet Union by Genrich Altshuller.

Systematic Innovation: stands for step-by-step problems solving and innovation. Systematic Innovation is based on Theory of Inventive Problems Solving (TRIZ).

Ideation Methodology: is US adaptation of the Russian-developed Theory of Inventive Problems Solving (TRIZ). A scientific and systematic process of evolving mutual distinct and collectively exhaustive family of inventive solutions to unresolved tasks.

Methodology: is a science in doing things and also a science of order of thinking. Such as, Ideation Methodology is a science of problems-solving and a science of creative thinking.

ARIZ: is a tool for step-by-step analysis of a problem, including reformulating of the problem.

Inventive Problem: A problem which includes a contradiction, and for which a path to a solution is unknown.

Level of Innovation : TRIZ partitions problem solutions into five levels:

Standard solutions are termed - Level 1
Improvements - Level 2
Innovations - Level 3
Inventions - Level 4
Discoveries - Level 5

Patterns of Evolution of Technological Systems: A compilation of trends within TRIZ which document historically recurring strong tendencies in the development of manmade systems. These Patterns can be applied to virtually any design to understand its probable future and to accelerate that future's realization.

Anticipatory Failure Determination: A method for systematically identifying and eliminating system failures - before they occur. This method in effect invents failure mechanisms and then examines the possibility of their actually occurring.

Concept of Solution: The fundamental and innovative technological idea that solves an inventive problem (i.e. resolves the contradiction). Concepts of Solution are non-numeric in nature, and require good engineering practice to become realizable solutions.

Directed Product Evolution: The systematic application of the Patterns of Evolution of Technological Systems to a current system to "force" its highly probable future development - before it occurs naturally. In effect, we systematically invent the future. Via this process, dominant market and patent positions can be systematically achieved.

Ideality: is a qualitative assessment defined as the sum of a system's useful functions divided by the sum of its undesired characteristics (drawbacks). Ideal systems provide or implement all desired characteristics without any drawbacks. The use of resources and physical, chemical, geometrical and other effects makes the ideal possible.

Contradiction: The condition wherein contradictory requirements are placed upon a technological system. Others give the name paradox or oxymoron to such situations.

Physical Contradiction: A contradiction wherein some element of a system subject to two opposing requirements.

Technical Contradiction: A contradiction wherein an improvement in one desired characteristic of a system results in the deterioration of another.

Resources: Resources are those system/environment elements and their attributes, and sources of energy (heat, electricity, magnetism, motion, etc.), within and around (available to) the system, that can be used in its movement towards ideality (i.e., its improvement).

Standard Solutions: The TRIZ knowledgebase that has been developed which includes a compilation of contradictions and their solutions, at an abstract level, that have been repetitively and successfully applied in the past; as well as typical resources used in their implementation.

System: In TRIZ terminology it means set of things or parts forming a whole. Such as, engine, tires, etc., make up a system called a car.

Contradiction Table: is a 39x39 table which includes 40 operators in easy to find way.

Copyright (c) 1998 Alex & Len Kaplan.
All rights reserved. Reproduction in whole or in part in any form or medium without express written permission of TRIZ Empire webmaster is prohibited.

To take a deeper look into TRIZ methodology, we recommend visiting the following websites:

TRIZ is the best way to become an inventor. The following literature, written by Genrich Altshuller and his students, will create a practical base for your intentions:

 

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