Do you know how to apply systematic inventive thinking?

Systematic inventive thinking (SIT) is a structured approach to problem-solving that is designed to help individuals and organizations develop creative and innovative solutions to a wide range of challenges. SIT is based on the idea that there are certain patterns or structures that can be identified and used to generate creative and innovative ideas, and it involves the use of five main inventive principles: subtraction, task unification, multiplication, division, and attribute dependency. If you are interested in learning how to apply SIT to your own problem-solving efforts, here is a step-by-step guide on how to do so:

1. Identify the problem or challenge you want to solve: The first step in applying SIT is to identify the specific problem or challenge you want to solve. This should be a clear and specific problem, rather than a broad or vague challenge.
2. Define the key elements or aspects of the problem: Once you have identified the problem you want to solve, the next step is to define the key elements or aspects of the problem. This might include identifying the specific constraints or limitations that are impacting the problem, as well as the needs and desires of end users.
3. Select an inventive principle to apply: Once you have defined the key elements or aspects of the problem, the next step is to select an inventive principle to apply. There are five main inventive principles that are central to SIT: subtraction, task unification, multiplication, division, and attribute dependency. Select the principle that you think is most likely to help you generate creative and innovative ideas.
4. Generate ideas using the selected principle: Once you have selected an inventive principle to apply, the next step is to use that principle to generate ideas. This might involve brainstorming sessions with a team, sketching out potential solutions, or using other methods to generate ideas.
5. Evaluate and select the best ideas: Once you have generated a number of ideas using the selected inventive principle, the next step is to evaluate and select the best ideas. This might involve reviewing each idea to see how well it addresses the problem or challenge, as well as considering the feasibility and practicality of each idea.
6. Develop and test prototypes: Once you have selected the best ideas, the next step is to develop and test prototypes of those ideas. This might involve creating physical prototypes, creating digital simulations, or using other methods to test the viability of the ideas.
7. Refine and implement the best solution: Once you have developed and tested prototypes, the next step is to refine and implement the best solution. This might involve making additional adjustments or changes to the solution based on the results of the testing, as well as implementing the solution in a real-world setting.

By following these steps, you can effectively apply systematic inventive thinking to your own problem-solving efforts and develop creative and innovative solutions to a wide range of challenges.