Theory Of Inventive Problem Solving (Triz) For Scientists

What you'll learn
Historical methods of inventions
Edison: trial and error method
Morphological analysis
Tesla: good imagination and inspiration
Classical TRIZ theory with examples
TRIZ: ideal final result
TRIZ: administrative, technical, physical contradictions
TRIZ: separation principles
TRIZ: Vepol or Su-field, Fepol or Ferfiel
Levels of inventions
Standard solutions
Laws of technical systems evolution
Algorithm of inventive problems solving (ARIZ)
Talented thinking or thinking in time and scale
Database of materials, physical, chemical, biological, geometrial effects
Altshuller's prediction "Theory of Discoveries": discovery of a new phenomena and laws
Modeling physical contradictions in Algodoo simulator
Research-scientific methodology: research topic and literature search
Research-scientific methodology: hypothesis testing, design of experiments
Research-scientific methodology: analysis, entrepretation of data
Research-scientific methodology: publishing research papers
Requirements
It is desired to have expertise in one or several fields
Understanding of research and scientific methods
Description
Inventors, engineers and scientists are different categories of people with own objectives and intentions. An inventor is a person who has invented something, or whose job is to develop new products and processes. Engineers are professionals who uses scientific knowledge to design, analyze, build, improve and maintain complex structures such as automobiles, roads, railways, and bridges (engineers typically ask "what is the application?"). A scientist is a person who conducts scientific research in applied or fundamental science to advance knowledge in an...

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