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TRIZ and I-TRIZ

Creative Methods

Analogies for TRIZ

Brief History of TRIZ and I-TRIZ

Introduction to Basic I-TRIZ

I-TRIZ -- Roots, Structure and Theoretical Base

The Main Postulates of  I-TRIZ

Introduction to I-TRIZ (pdf)

Revision of Classical TRIZ Assumptions

I-TRIZ Past and Future (pdf)

Concept of Resources in TRIZ

Levels of Invention

Resources in TRIZ

TRIZ Tutorials

I-TRIZ Map

Establishing a TRIZ Market

Creative Pedagogy


The Ideation/TRIZ methodology (I-TRIZ) is based on:

  • TRIZ in its "classical" form (TRIZ is the Russian acronym for the abbreviation that, translated literally, means Theory of the Solution of Inventive Problems). Classical TRIZ was developed in the former Soviet Union from 1946 until the mid-1980s.
     
  • Advancements to TRIZ based on the practical experience of TRIZ practitioners over the last two decades, and more than $7,000,000 in reinvestment devoted to continuous research and U.S. adaptation of the methodology by Ideation's TRIZ scientists.

I-TRIZ began evolving in the mid-1980s when TRIZ, in its classical form, ceased development. The research and development of I-TRIZ has continued unabated since its inception. As a result, I-TRIZ not only contains enhanced versions of classical TRIZ tools, but includes an expanded knowledge base, new tools for applying this knowledge and for analyzing problems more effectively, and the following comprehensive applications:

  • Inventive Problem Solving (IPS) -- A method for eliminating technological roadblocks related to the development and use of products and processes.  Applicable to all engineering disciplines, IPS can be used to solve problems related to design, research and development, manufacturing, safety, reliability, and quality assurance.
     
  • Anticipatory Failure Determination (AFD) -- A method for analyzing, predicting and eliminating failures in systems, products, and processes.
     
  • Directed Evolution™ (DE) -- A method for developing a comprehensive set of scenarios describing future generations of a system.  DE is based on an extensive set of patterns that reveal the evolutionary tendencies of technological systems.

This site last updated 1/13/12
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