What is a 'technical contradiction' in TRIZ?

A technical contradiction occurs when improving one part of a system leads to the worsening of another part, such as increasing the strength of a material while wanting to keep it lightweight.

Why use TRIZ over standard brainstorming?

Unlike brainstorming, which is random and depends on the participants' experience, TRIZ is a systematic methodology based on universal principles that have worked in hundreds of thousands of successful inventions.

How does this skill help with software engineering?

It helps resolve architectural contradictions, such as balancing feature richness with latency, or security with user accessibility, by applying proven innovation patterns.

What is the TRIZ framework?

TRIZ is a 'Theory of Inventive Problem Solving' developed by Genrich Altshuller that uses historical patent data to identify 40 universal principles for resolving technical conflicts.

TRIZ Inventive Principles

Name: TRIZ Inventive Principles
Author: lev-os

bylev-os

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Productivity & Workflow

Resolves complex engineering contradictions by applying 40 systematic, patent-derived principles to break through technical trade-offs.

TRIZ (Theory of Inventive Problem Solving) is a powerful framework designed to navigate 'impossible' engineering trade-offs where improving one parameter (like speed) degrades another (like weight). By codifying solutions found in over 200,000 patents, this skill provides a structured path to innovation using a contradiction matrix and 40 universal principles. It allows developers and engineers to move past trial-and-error brainstorming toward a repeatable methodology for optimizing complex systems and solving deep technical deadlocks.

Key Features

01Anti-pattern detection to prevent misuse of the framework on simple problems

020 GitHub stars

03Application guidance for techniques like Segmentation, Dynamics, and Inversion

04Structured identification of engineering trade-offs and conflicting requirements

05Systematic resolution of technical contradictions using the 39x39 TRIZ matrix

06Access to 40 universal inventive principles derived from historical patent analysis

Use Cases

01Designing innovative physical or digital products with conflicting user requirements

02Breaking through technical deadlocks when traditional optimization methods fail to deliver results

03Resolving performance versus resource consumption trade-offs in high-scale software architecture

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add lev-os/agents triz-40-principles

For use in Claude.ai and ChatGPT