The bachelor thesis in hand compares biological and technical innovation strategies and analyses potential connexions between ‘The Theory of Inventive Problems
Solving – TRIZ’ and ‘Bionics’.
The analysis focuses mainly on the ‘Seven Pillars’ and ‘TRIZ Trends’ of the innovation philosophy ‘Systematic Innovation’ as well as on Darwin’s theory of evolution and the ‘Ten Principles of Biological Design’ of bionics.
Consequently analogies and differences between biological and technical strategies are identified, descriptive examples are presented and the relevance of these
perceptions for human innovation strategies is evaluated.
As a result the combination of bionical and TRIZ-based techniques is recommended as a basis for a holistic, evolutionary-oriented human innovation strategy.
Inhaltsverzeichnis (Table of Contents)
- 1. An Introduction to Evolution
- 2. The Theory of Inventive Problems Solving
- 2.1 Systematic Innovation
- 2.2 Forecast of Technological Evolution with TRIZ Trends
- 2.3 Examples for TRIZ Trends
- 2.3.1 Space Segmentation and Surface Segmentation
- 2.3.2 Action Coordination
- 2.3.3 Boundary Breakdown
- 2.3.4 Mono-Bi-Poly (Similar) (Various) (Increasing Differences)
- 2.4 Evolutionary Trend Radar Plots
- 3. Bionics
- 3.1 Evolution - The Biological Strategy to Innovation
- 3.2 Ten Principles of Biological Design
- 3.2.1 Integrated Construction and Optimisation of the Whole
- 3.2.2 Multifunctionality Instead Of Monofunctionality
- 3.2.3 Environmental Fine-Tuning
- 3.2.4 Saving Energy and Usage of Solar Energy
- 3.2.5 Limited Duration and Complete Recycling
- 3.2.6 Cross Linking Instead Of Linearity
- 3.2.7 Development by Try and Error Process
Zielsetzung und Themenschwerpunkte (Objectives and Key Themes)
This bachelor thesis aims to explore the connections between biological and technical problem-solving strategies, specifically analyzing the relationship between TRIZ (Theory of Inventive Problem Solving) and Bionics. The study focuses on comparing and contrasting the principles of 'Systematic Innovation,' including its 'Seven Pillars' and 'TRIZ Trends,' with Darwin's theory of evolution and the 'Ten Principles of Biological Design' within Bionics.
- Comparison of biological and technical innovation strategies.
- Analysis of the relationship between TRIZ and Bionics.
- Identification of similarities and differences between biological and technical evolutionary processes.
- Evaluation of the relevance of these findings for human innovation strategies.
- Proposal of a holistic, evolutionary-oriented human innovation strategy based on a combination of bionics and TRIZ.
Zusammenfassung der Kapitel (Chapter Summaries)
1. An Introduction to Evolution: This introductory chapter likely lays the groundwork for the thesis by providing a foundational understanding of evolutionary principles. It may delve into the historical context of evolutionary theory, introducing key concepts and terminology necessary to understand the subsequent comparative analysis of biological and technical innovation strategies. The chapter likely sets the stage for comparing the evolutionary processes observed in nature with those employed in technological innovation.
2. The Theory of Inventive Problems Solving: This chapter presents a detailed explanation of TRIZ and its application within the framework of 'Systematic Innovation.' It likely explores the 'Seven Pillars' of Systematic Innovation and the 'TRIZ Trends' as tools for forecasting technological evolution. Specific examples of TRIZ Trends, such as space segmentation, action coordination, and boundary breakdown, are likely detailed, illustrating their practical application in problem-solving. The chapter may include discussions of evolutionary trend radar plots and their use in analyzing technological development.
3. Bionics: This chapter focuses on bionics, exploring the biological strategy of innovation through evolution. The core of the chapter likely centers around the 'Ten Principles of Biological Design,' providing examples from the natural world to demonstrate these principles. These examples might range from the integrated construction of an eggshell to the multifunctionality found in various organisms. The chapter likely highlights the efficiency and adaptability of biological systems, contrasting and comparing them with technological approaches described in earlier chapters.
Schlüsselwörter (Keywords)
TRIZ, Bionics, Systematic Innovation, Biological Evolution, Technological Evolution, Innovation Strategies, Problem Solving, Seven Pillars, TRIZ Trends, Ten Principles of Biological Design, Evolutionary Trends, Human Innovation.
Frequently Asked Questions: A Comprehensive Language Preview
What is the main topic of this academic text?
This bachelor thesis explores the connections between biological and technical problem-solving strategies, specifically analyzing the relationship between TRIZ (Theory of Inventive Problem Solving) and Bionics. It compares and contrasts the principles of 'Systematic Innovation,' including its 'Seven Pillars' and 'TRIZ Trends,' with Darwin's theory of evolution and the 'Ten Principles of Biological Design' within Bionics.
What are the key themes covered in the text?
The key themes include a comparison of biological and technical innovation strategies, an analysis of the relationship between TRIZ and Bionics, identification of similarities and differences between biological and technical evolutionary processes, evaluation of the relevance of these findings for human innovation strategies, and a proposal of a holistic, evolutionary-oriented human innovation strategy based on a combination of bionics and TRIZ.
What is TRIZ, and how is it discussed in this text?
TRIZ (Theory of Inventive Problem Solving) is a methodology for systematic innovation. The text provides a detailed explanation of TRIZ and its application within the framework of 'Systematic Innovation,' exploring its 'Seven Pillars' and 'TRIZ Trends' as tools for forecasting technological evolution. Specific examples of TRIZ Trends are detailed, illustrating their practical application in problem-solving.
What is Bionics, and what role does it play in this text?
Bionics is the application of biological principles to the design and engineering of technical systems. The text focuses on bionics, exploring the biological strategy of innovation through evolution and centering around the 'Ten Principles of Biological Design,' providing examples from the natural world to demonstrate these principles. The text compares and contrasts bionics with TRIZ.
What are the 'Ten Principles of Biological Design'?
The 'Ten Principles of Biological Design' are principles derived from observing biological systems, and they are likely discussed in detail within the text. These principles illustrate the efficiency and adaptability of biological systems, providing a framework for comparison with technological approaches.
What are the 'Seven Pillars' of Systematic Innovation?
The 'Seven Pillars' are likely a core component of the Systematic Innovation methodology within the TRIZ framework. The text likely explores these pillars in detail as tools for understanding and applying TRIZ principles.
What are the chapter summaries?
Chapter 1 provides an introduction to evolutionary principles. Chapter 2 presents a detailed explanation of TRIZ and its application in systematic innovation. Chapter 3 focuses on Bionics, exploring biological innovation strategies and the Ten Principles of Biological Design.
What are the main objectives of this thesis?
The main objectives are to explore the connections between biological and technical problem-solving strategies, to analyze the relationship between TRIZ and Bionics, to compare biological and technical evolutionary processes, to evaluate the relevance of findings for human innovation strategies, and to propose a holistic, evolutionary-oriented human innovation strategy combining bionics and TRIZ.
What keywords are associated with this text?
Keywords include TRIZ, Bionics, Systematic Innovation, Biological Evolution, Technological Evolution, Innovation Strategies, Problem Solving, Seven Pillars, TRIZ Trends, Ten Principles of Biological Design, Evolutionary Trends, and Human Innovation.
What is the intended audience for this text?
The intended audience appears to be academic, specifically those interested in innovation strategies, evolutionary theory, and the intersection of biology and engineering. The detailed explanations and comparative analysis suggest a focus on advanced undergraduate or graduate-level studies.
- Quote paper
- BSc. Elke Barbara Bachler (Author), 2007, The Evolution of Innovation - TRIZ Trends and Bionics, Munich, GRIN Verlag, https://www.grin.com/document/113463
