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thinking-trizlisted

Apply TRIZ (Theory of Inventive Problem Solving) methodology to resolve technical contradictions and find innovative solutions. Use for engineering design, breaking through impossible constraints, and systematic innovation.
babypochi06/cc-thinking-skills · ★ 1 · AI & Automation · score 74
Install: claude install-skill babypochi06/cc-thinking-skills
# TRIZ Thinking ## Overview TRIZ (Teoriya Resheniya Izobretatelskikh Zadatch) is a systematic innovation methodology developed by Genrich Altshuller from analyzing 200,000+ patents. It provides structured approaches to solve "impossible" problems by identifying and resolving contradictions rather than accepting trade-offs. **Core Principle:** Behind every difficult problem lies a contradiction. Resolve the contradiction, solve the problem. Great innovations don't compromise—they transcend. ## When to Use - Facing "impossible" trade-offs (fast vs. accurate, secure vs. convenient) - Stuck choosing between two conflicting requirements - Need innovation beyond incremental improvement - Design has hit fundamental constraints - Competitors all accept the same trade-off you're facing - Requirements seem mutually exclusive - Breaking through performance plateaus Decision flow: ``` Stuck between trade-offs? → yes → APPLY TRIZ Requirements seem contradictory? → yes → APPLY TRIZ Need breakthrough, not compromise? → yes → APPLY TRIZ All solutions have same weakness? → yes → APPLY TRIZ ``` ## The Ideal Final Result (IFR) Before solving, envision the ideal outcome—the system that solves itself: ``` IFR Formula: "The [component] [achieves the goal] BY ITSELF, without [cost/complexity/side effects], while maintaining [all other functions]" ``` **Software Examples:** ``` Traditional: "We need a caching layer to improve performance" IFR: "The system is instantly fas