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Dear readers of “Department of Forecasting” and “TRIZ-Solver” magazine,

Today we’d like to introduce to you the list of methods for innovative design recommended by MATRIZ in curriculum for TRIZ Experts.

«TRIZ-Solver magazine»  www.triz-solver.com  is intended for:

·         Self-education of people interested  by practical application ( solving)  of TRIZ and TESE (Trends of Engineering System Evolution);

·         Development TESE

·         Search for talented engineers and scientists as HR reserve for GEN-3-Korea Innovative Consulting and other companies in South Korea;

·         Initial testing of professional capabilities of candidates, and further development of these capabilities using the special exercises

·         Search for consulting and training projects in Russia, South Korea, Thailand, China, Japan and Europe

·         Support in MATRIZ certification

·         Training in the use of contemporary software packages supporting the innovative design (Innovation WorkBench™ (IWB™) by Ideation International Inc., USA) and in selling IWB™ software in Russia

To accomplish these goals, TRIZ-Solver magazine provides its readers with materials on the following issues:

1.       Function Modeling (see “Case Studies” section)

2.       Cause-and-Effect Chains (see “Case Studies” section)

3.       Various versions of Benchmarking Analysis, including Main Parameter of Value (see case study in “Patterns of Evolution” section, lecture “27_TESE_knife”)

4.       Resource Analysis (see “Case Studies” section)

5.       Genetic Analysis (history of technology or product) (see, for example, case study in “Patterns of Evolution” section, lecture “27_TESE_knife”)

6.       Flow Analysis

7.       Analysis of Consumption Process (search for drawbacks at each phase of consumption, 12 useful questions to ask during forecasting of system evolution)

8.       Occasion Analysis (analysis of various places and situations in the use of the system) (see, for example, case study in “Patterns of Evolution” section, lecture “24_Latent dis.”)

9.       Evaluation of concepts during the final stage of project and preliminary comparative analysis (see “Case Studies” section)

10.   Patterns of Evolution of Technological Systems and exercises to each trend

11.   40 Principles for resolution of Technical and Physical contradictions as fragments of trends; practically comprehensive database of case studies of the use of these techniques in technology, bionics, material science, management and business

12.   Theory of drawbacks as targeted interface with knowledge base on Patterns of Evolution of Technological Systems

13.   Function-Oriented Search (FOS)

14.   Disadvantage-Oriented Search (DOS)

15.   Notion of Technological Contradiction

16.   Altshuller’s Matrix

17.   Notion of Physical Contradiction and Ivanov’s Matrix

18.   Notion of Ideal System and Ideal Final Result as a thinking model

19.   Other methods of  development of creative thinking (Size-Time-Cost operator, Multi-screen thinking aka “systemic operator,” little smart persons modeling, etc.)

20.   76 Standard Solutions and basics of Su-Field Analysis

21.   Algorithm for Inventive Problem-Solving ARIZ-85C

22.   Algorithm for Selection of Inventive Problems AVIS and Algorithm for Solving of Engineering Problems ARIP by G. Ivanov

23.   Software TechOptimizer™ 3.0 (Invention Machine Corp, USA) – introduction

24.   Software GoldFire Innovator™ 7.0 (Invention Machine Corp, USA) – introduction

25.   Software Innovation WorkBench™ (Ideation International Inc., USA) – training from Ideation, certification

26.   Simple software packages developed by team of Sergey Malkin (USA) – introduction, installation, training

27.   New generation of software “Brain Building” (set of professional tests and exercises for beginners in innovation). Developed by Yury Danilovskiy (South Korea) and Sergey Ikovenko (USA)

 

Read more in sections “Creativity Measurement” and “Conferences”

 

Kind regards,

Host of “Department of Forecasting” and “TRIZ-Solver” magazine

Yury Danilovskiy

 

Журнал « ТРИЗ – солвер» www.triz-solver.com предназначен для:

 

Для достижения этих целей   журнал «ТРИЗ – солвер»  намерен предоставить   всем желающим  материалы по следующим дисциплинам.

– знакомство

– знакомство, инсталляция, обучение от авторов. http://itunes.apple.com/us/app/triz-gb/id530500790?mt=8 

 

 

Читайте об это в разделе «измерение креативности» и      «конференции».

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Полезного чтения, с уважением,

Ведущий рубрики Кафедра Прогнозов и журнала «ТРИЗ Солвер»,

Юрий Даниловский

 

 

 

 

 

 

    

 

 

 

 

 

 

 

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