Load MECE-guided reasoning frameworks to plan and decompose complex tasks.
npx skills add https://github.com/tianjianjiang/smith --skill smith-analysis
Please help me install this Agent Skill. Skill: smith-analysis Source: https://github.com/tianjianjiang/smith/tree/main/smith-analysis Command: npx skills add https://github.com/tianjianjiang/smith --skill smith-analysis
Reasoning frameworks and problem decomposition techniques help teams plan, analyze, and reason about complex tasks with clarity, structure, and rigor.
Describe your task and apply the frameworks to structure reasoning, break down problems, and validate assumptions.
High-intent search queries and answers about installing and using this skill.
Pre-mortem risk assessment anticipates potential project failures before execution by structuring hypothetical negative outcomes. This structured decision-making framework evaluates architecture planning risks and validates assumptions to improve cognitive modeling and project resilience.
MECE-based problem decomposition applies mutually exclusive and collectively exhaustive principles to break down complex tasks. This first-principles thinking technique structures reasoning for project planning, design reviews, and task analysis with logical rigor.
Pre-mortem risk assessment anticipates potential project failures before execution by structuring hypothetical negative outcomes. This structured decision-making framework evaluates architecture planning risks and validates assumptions to improve cognitive modeling and project resilience.
The OODA Loop framework improves decision-making by guiding orientation and cognitive modeling through structured observation and action phases. It applies structured reasoning to evaluate arguments and plan execution across software and research contexts.
Structured reasoning frameworks directly apply to research planning and design reviews by decomposing complex tasks into analyzable components. These problem decomposition techniques ensure rigorous analysis and assumption validation across software, product, and research contexts.
Structured reasoning frameworks directly apply to research planning and design reviews by decomposing complex tasks into analyzable components. These problem decomposition techniques ensure rigorous analysis and assumption validation across software, product, and research contexts.
vibery-studioStructure complex problem solving into sequential thoughts with revision and branching.
charly-vibesConducts a pre-mortem analysis assuming future failure to identify risky decisions, assumptions, and actions in projects.
John2143Orchestrate DevOps workflows with a state machine for automatic execution and recovery.
ed3daiOrchestrate six design phases from context gathering to planning handoff.
