Guide users through a structured TRIZ model to generate 3–5 breakthrough concepts.
npx skills add https://github.com/v0lka/skills --skill triz-solver
Please help me install this Agent Skill. Skill: triz-solver Source: https://github.com/v0lka/skills/tree/main/research/triz-solver Command: npx skills add https://github.com/v0lka/skills --skill triz-solver
TRIZ Inventive Problem Solver guides users to transform vague design challenges into a structured problem model, enabling systematic generation of breakthrough concepts.
Frame the user's problem and select a TRIZ lens to start, then generate 3–5 concept directions with a quick validation plan.
High-intent search queries and answers about installing and using this skill.
Resolving design contradictions involves structuring trade-offs into a TRIZ problem model, which applies inventive principles to eliminate conflicts rather than compromise. This systematic approach generates 3–5 breakthrough concepts with risk and validation considerations.
Framing vague design challenges requires converting ambiguous requirements into a concise, testable problem statement. A structured TRIZ problem model then applies appropriate lightweight tools to generate breakthrough concepts with clear validation ideas.
TRIZ methods apply to design optimization across diverse products, processes, or systems by modeling trade-offs and generating inventive concepts. Selecting appropriate TRIZ tools like contradictions or Su-Field ensures systematic breakthrough ideation.
Generating multiple inventive concepts requires applying a structured TRIZ lens to the engineering trade-off. This process produces a concept portfolio of 3–5 TRIZ-oriented solution directions, complete with risks, benefits, and validation plans.
Current domain information, standards, and patents are required to inform TRIZ-ready concepts. Integrating this research augmentation with clear problem statements and constraints ensures the generated design solutions are grounded in existing precedents.
Choosing between ARIZ-lite and Su-Field modeling depends on the specific design trade-offs within the structured TRIZ problem model. Selecting the appropriate lightweight tool ensures the generated concepts effectively address the engineering contradictions.
tjboudreauxResolve technical contradictions using TRIZ principles and the 40 inventive principles.
patsnapAnalyze technical problems with TRIZ contradiction analysis and inventive principles.
d-o-hubApply TRIZ principles to resolve design contradictions and update plans.
lava-chenGenerate and evaluate solutions for complex problems using structured brainstorming frameworks.
