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Tools and methods
February 20, 2012
Is TRIZ a science or not?
Some say it certainly is and motivate it by that TRIZ has a formula. This formula expresses the ideality of a machine or a process through the ratio of the benefit it provides to the price to be paid for this benefit. Yet this formula is one and only, opponents say.
January 9, 2009
It is often difficult to understand its boundaries. TRIZ is, on the contrary, easy to determine, especially as regards its methodology. TRIZ has a definite purpose the solving of inventive problems. The entire power of TRIZ is focused in the space between a problem and a solution to the problem, between a situation having some disadvantage and an improved situation.
December 14, 2008
Each key action of inventive project can be performed by various innovation methods, mini-algorithm and tools. Proposed algorithm organizes them into united structure, shows place and goal of each tool. Algorithm forms peculiar control system of thinking process.
September 14, 2004
We can analyze a selected structure and search for transformation alternatives by using analogy with transformations of another structure which has been more thoroughly elaborated.
January 29, 2003
Full minimally serviceable Technical System.
January 20, 2003
Is a man part of the Technical System or not?
November 29, 2002
The proposed problem-solving scheme with the indication of the places for using the classical TRIZ tools may be successfully used for self-education and as an aid in problem solving.
November 14, 2002
Tool for generating and selecting concepts on the basis of trends of engineering systems evolution.
September 29, 2002
The structural scheme of solving complex production problems developed on the basis of hands-on experience.
September 21, 2002
Our approach to training the company's personnel to solve complex production problems with the aid of efficient methods. The system has been developed and used at the Samsung company (South Korea).
September 15, 2002
The methodology of forecasting engineering system evolution based on the “transformation tree” in combination with the functional approach. It is useful for by-passing patents and designing new products.
September 7, 2002
How can we facilitate the understanding and mastering of a principle by a student? It would be useful to ease his analytical apparatus of comprehending a large number of example problems and to use the released efforts in a more useful direction. For this purpose, a single through example is very suitable.
The second TRIZ formula / Seminar of TRIZ practitioners (TRIZ Colloquium #2) / Seminar of TRIZ practitioners (TRIZ Colloquium #1) / Evolution of Soil Cultivation Methods / Nari, nari, genari... / TRIZ in a Bi-system with Lean Sigma / Using “Value-Engineering Analysis + TRIZ” method for improoving the stripping grain-harvesting machine / Disaster in the Gulf of Mexico (Continuation) / Disaster in the Gulf of Mexico / TRIZ in the World of Science Where Does It Fit? / lgorithm of work on production inventive projects / History of Gallic Reaper / Emotional Toyota / Stretch jogging shoes / Transfer to the microlevel as one of the main display evolution trends  / Transformation of structurally similar elements of technical system / “Bronze Horseman” / TRIZ-Principles for Art-Composition / Man and Technical System (part II) / Motor boat-fisher
Evolution / Ideas / Old and new tales / Solved problems / Tools and methods
Algorithm of problem solving / Altshuller's principles / Contradiction / Evolution tree / Ideal final result / Physical effects / Resources / ...
Automobile / Display / Medicine / Pleasant trifles / Safety / Special property materials / Usability / ...
TRIZ survey seminar / Forecasting as a business management method / Patent circumventing technology

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Authors: Nikolay Shpakovsky, Elena Novitskaya