Can this skill help with patent applications?

Yes. By using the systematic exploration of the morphological box and applying TRIZ principles, you can discover non-obvious, novel solutions that are often the basis for patentable inventions.

What is the difference between Morphological Analysis and TRIZ?

Morphological Analysis is used to explore all possible combinations of design parameters to find new configurations, while TRIZ is focused specifically on resolving technical contradictions using 40 proven inventive principles.

When is the best time to use this skill?

Use this skill when you are stuck on a difficult trade-off (e.g., making a device smaller without losing power) or when you need to ensure you've explored every possible design alternative before prototyping.

Does it work for software development?

Absolutely. You can define software-specific parameters like 'Data Consistency,' 'Latency,' and 'Cost' to find the ideal architectural configuration or resolve common software trade-offs.

Morphological Analysis & TRIZ

Name: Morphological Analysis & TRIZ
Author: lyndonkl

bylyndonkl

•

Productividad y Flujo de Trabajo

Systematically explores design spaces and resolves technical contradictions using Morphological Analysis and TRIZ inventive principles.

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This skill provides a structured framework for innovation by combining Morphological Analysis to explore all feasible design configurations with TRIZ methodologies to break through difficult technical trade-offs. It guides users through decomposing complex problems into independent parameters, identifying inventive principles for contradictions like 'speed vs. precision' or 'strength vs. weight,' and evaluating potential solutions to find patentable or highly optimized outcomes. Whether you are designing physical products, software architectures, or business processes, this skill helps you move beyond conventional thinking to discover non-obvious, inventive solutions.

Características Principales

8 GitHub stars
Application of 40 Inventive Principles for non-obvious problem solving
Morphological Matrix (Zwicky Box) generation for comprehensive design space exploration
Structured workflow for identifying, evaluating, and scoring solution feasibility
Patent opportunity identification through systematic parameter combination
TRIZ contradiction matrix analysis to resolve engineering and technical trade-offs

Casos de Uso

Solving 'impossible' engineering trade-offs such as increasing system reliability without increasing complexity
Designing a new product where multiple parameters like power, size, and material must be optimized simultaneously
Brainstorming novel software architectures or service models by exploring all feasible configuration permutations

Acerca de

Características Principales

8 GitHub stars
Application of 40 Inventive Principles for non-obvious problem solving
Morphological Matrix (Zwicky Box) generation for comprehensive design space exploration
Structured workflow for identifying, evaluating, and scoring solution feasibility
Patent opportunity identification through systematic parameter combination
TRIZ contradiction matrix analysis to resolve engineering and technical trade-offs

Casos de Uso

Solving 'impossible' engineering trade-offs such as increasing system reliability without increasing complexity
Designing a new product where multiple parameters like power, size, and material must be optimized simultaneously
Brainstorming novel software architectures or service models by exploring all feasible configuration permutations