TRIZ is a systematic framework that aims to enhance the process of invention and creativity. It was developed by Soviet inventor and science fiction writer Genrich Altshuller and his colleagues, starting in 1946. The framework is based on the premise that the evolution of systems follows predictable patterns, and by understanding these patterns, inventors can more quickly develop innovative solutions to problems. TRIZ provides tools and strategies for problem analysis, idea generation, and the overcoming of technical contradictions.
Define the problem and identify the need for an inventive solution. | Analyze the problem to find contradictions. | Use TRIZ principles to resolve contradictions and generate solutions. | Evaluate and select the best solution. | Implement the solution and verify its effectiveness.
Thoroughly define the problem before applying TRIZ. | Combine TRIZ with other innovation and design thinking tools. | Regularly update skills and knowledge in TRIZ methodologies.
Provides systematic approach to innovation. | Helps to overcome complex technical challenges. | Reduces the time and cost of development by leveraging existing solutions.
Requires training to use effectively. | Can be overly complex for simple problems. | May not be as effective in non-technical or highly unique situations.
When needing to solve complex engineering or technical problems. | When looking for innovative solutions that bypass traditional trade-offs.
For simple or straightforward problems where simpler tools can suffice. | In non-technical contexts where the assumptions of TRIZ may not apply.