This textbook arms the reader with powerful techniques of Modern TRIZ self-training and real problem solving. It is designed as a simple and efficient, step-by-step crash course in primary TRIZ models based on the author's methods of extraction and reinvention, or retrieval of invention models from any real-life objects. Special content addresses the psychological support of the person during problem solving and promotion of the new idea to realization. The book introduces the so-called Theory of Developing the Creative Personality (TDCP), initiated but not completed by Genrikh Altshuller, father of TRIZ and TDCP. The textbook continues to develop a simple standard model presentation of the problem solving process with a four-step Meta-Algorithm of Invention (MAI) T-R-I-Z.

This is the second edition of the successful and practical introduction to TRIZ (Theory of Innovative Problem Solving) - a strategy and method for breaking out of rigid thought patterns to achieve truly creative engineering solutions. This book continues the theme of algorithmic development and shows how to put TRIZ into action. It will be of use to development engineers and planners in modern technology, enabling readers to search for and find solutions efficiently.

This is the second edition of the successful and practical introduction to TRIZ (Theory of Innovative Problem Solving) - a strategy and method for breaking out of rigid thought patterns to achieve truly creative engineering solutions. This book continues the theme of algorithmic development and shows how to put TRIZ into action. It will be of use to development engineers and planners in modern technology, enabling readers to search for and find solutions efficiently.

This book is based on a unique TRIZ basics remote learning technology designed by the author. It contains more than 250 examples, assignments and solutions, and an in-depth discussion of methodological recommendations on practical implementation of theoretical postulates.
It does not require any special preliminary training, and can be used by anyone who wishes to master TRIZ basics independently.
The book is recommended for technical specialists, regardless of the extent of their familiarity with TRIZ, and for students in engineering.

Jeder Mensch ist ein Erfinder! Der Autor schildert die Entwicklung und Ergebnisse der TRIZ-Methode zur Loesung erfinderischer Aufgaben. Die Teoria reshenija izobretatjelskich zadacz des Russen Genrich Saulowitch Altschuller bedeutet sinngemass ubersetzt: Theorie des erfinderischen Problemloesens. Nach der Durchsicht von circa 40.000 Patenten analysierte Altschuller Muster und Probleme, die sich wiederholen. Im vorliegenden Buch werden in anschaulicher Form die Ergebnisse seiner Arbeit, Schlusselideen, -methoden und -beispiele der TRIZ-Methode vorgestellt. So kann sich der Leser die Hauptinstrumente der TRIZ selbst aneignen.

The book is addressed to Master-students, senior students of universities, professors working at Master Programs, as well as researchers, engineers and managers of all industries without restrictions.Examples and illustrations of the book give a vivid impression of the spectrum of creative models of Modern TRIZ, which can be opened in any design and managerial decisions. The book is especially useful for students for performing TRIZ modeling and for inventing original ideas at Master Programs. The book is indispensable for passing Master Programs led by the author at the MTRIZ Academy.

This textbook arms the reader with powerful techniques of Modern TRIZ self-training and real problem solving. It is designed as a simple and efficient, step-by-step crash course in primary TRIZ models based on the author's methods of extraction and reinvention, or retrieval of invention models from any real-life objects. Special content addresses the psychological support of the person during problem solving and promotion of the new idea to realization. The book introduces the so-called Theory of Developing the Creative Personality (TDCP), initiated but not completed by Genrikh Altshuller, father of TRIZ and TDCP. The textbook continues to develop a simple standard model presentation of the problem solving process with a four-step Meta-Algorithm of Invention (MAI) T-R-I-Z.