How can you use TRIZ substance-field analysis to generate new ideas?

TRIZ (Theory of Inventive Problem Solving) substance-field analysis is a technique used for creative problem-solving. In TRIZ, a "substance-field" refers to the components involved in a system and the interactions between them. The concept involves identifying the substances (components or elements) and the fields (interactions or forces) within a problem or system. By analyzing these relationships, TRIZ aims to find inventive solutions by manipulating substances, altering fields, or introducing new elements. This systematic approach encourages innovative thinking and helps generate novel ideas by understanding and manipulating the dynamic interactions within a problem space.

Define the Problem: Clearly state the problem you want to solve. Identify Elements and Interactions: Identify the key substances (elements) and interactions (fields) involved. Create Models: Develop visual models to represent relationships in the problem. Identify Contradictions: Find contradictions or contrary trends within the system. Apply TRIZ Principles: Use TRIZ inventive principles to resolve contradictions and generate ideas. Brainstorm: Encourage ideation sessions to generate diverse solutions. Cross-Pollinate: Explore solutions from different industries or contexts. Prototyping and Testing: Develop prototypes to test the most promising ideas. Implement and Iterate: Implement the solution, monitor results, and iterate as necessary.

Building a substance-field model, as part of TRIZ (Theory of Inventive Problem Solving), involves identifying the key components (substances) and their interactions (fields) within a system or problem. Here's a step-by-step guide: Define the Problem: Clearly articulate the problem or challenge you want to address. Understand the boundaries of the system you are analyzing. Identify Substances: List all the elements, components, or entities involved in the problem. These are the substances within the system. Consider both tangible and intangible aspects. Identify Fields: Determine the interactions, forces, or relationships between the identified substances. Fields can represent physical forces, energy flows, information exchanges, etc.

Evaluating a substance-field model, particularly in the context of TRIZ (Theory of Inventive Problem Solving), involves assessing its effectiveness in addressing the identified problem and contradictions. Here are key steps to evaluate a substance-field model: Alignment with Problem Statement: Ensure that the substance-field model accurately represents the problem at hand. Verify that all relevant substances and their interactions are captured. Contradiction Resolution: Evaluate how well the model addresses the identified contradictions within the system. Assess whether the proposed modifications to substances and fields effectively resolve conflicting forces.

Generating new ideas using substance-field analysis, a technique within TRIZ (Theory of Inventive Problem Solving), involves systematically exploring modifications to substances and fields within a system to overcome contradictions and achieve inventive solutions. Here's a step-by-step guide: Define the Problem Clearly: Clearly articulate the problem or challenge you are addressing. Understand the specific contradictions or conflicts within the system. Identify Substances and Fields: List all the substances (components or elements) and fields (interactions or forces) within the system. This provides a basis for understanding the system's dynamics.

Substance-field analysis, as a part of TRIZ (Theory of Inventive Problem Solving), offers several benefits in the process of creative problem-solving and innovation: Systematic Problem Solving: Substance-field analysis provides a systematic and structured approach to problem-solving, guiding users through the identification of key components (substances) and their interactions (fields) within a system. Contradiction Resolution: The analysis helps in identifying and addressing contradictions within a system, where opposing forces or factors hinder progress. TRIZ principles guide the resolution of these contradictions to achieve inventive solutions

TRIZ explains how to simply roll balls on a surface instead of electronics and save millions. If you read the TRIZ book, it says that you can predict in which direction technical systems will develop - towards improvement. But let's dig a little deeper. TRIZ is specialized in solving contradictions. If we formulate a contradiction, there is a chance to find a solution. From the TRIZ point of view, an ideal solution is one that does not exist, but fulfills its function. This is very close to human nature, because a person unconsciously strives to live according to this principle.