self-improvement

Capture reusable lessons from corrections and preferences into LEARNINGS.md.

13|2|Updated Mar 13, 2026
One-click install
npx skills add https://github.com/quan2005/journal-claw --skill self-improvement-quan2005
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: self-improvement
Source: https://github.com/quan2005/journal-claw/tree/main/apps/web/resources/workspace-template/.claude/skills/self-improvement
Command: npx skills add https://github.com/quan2005/journal-claw --skill self-improvement-quan2005

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps an AI assistant stop repeating the same mistakes when organizing journal materials. It creates a structured learning loop for capturing user corrections, remembering durable preferences, reviewing past lessons before similar work, and running a post-task self-check to improve output quality over time.

Core Features & Use Cases

  • Correction Capture: Records reusable lessons when a user says the result is wrong, incomplete, or should be done differently.
  • Preference Memory: Stores persistent formatting and writing preferences so future outputs better match the user's expectations.
  • Self-Check Workflow: Reviews metadata quality, identity handling, meeting-type judgment, summary quality, and related-entry linking after processing materials.
  • Rule Promotion: Upgrades recurring lessons into durable workspace rules after repeated confirmation across similar cases.
  • Use Case: If a user repeatedly corrects how meeting notes are classified or asks for shorter summaries, the Skill logs those lessons, applies them silently to future materials, and eventually promotes the repeated pattern into a stable operating rule.

Quick Start

Ask the assistant to use self-improvement to record a correction, remember a lasting preference, or review prior lessons before processing similar journal materials.

Frequently Asked Questions about self-improvement

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I stop my AI assistant from repeating the same mistakes when processing journal notes?

To stop repeating mistakes when processing journal notes, you need a structured learning loop that captures user corrections, stores persistent preferences, and applies past lessons to future tasks. This creates a self-improvement workflow that refines AI output quality over time.

What is the best way to record AI corrections and make it remember my formatting preferences?

The best way to record corrections and remember formatting preferences is to log them as structured learning entries. The system captures reusable lessons from user feedback and stores durable preferences, applying them silently to future materials like meeting notes and summaries.

How does a self-check workflow improve metadata quality and summary writing?

A self-check workflow improves metadata quality and summary writing by executing a five-point review after processing materials. It validates frontmatter, checks identity handling, verifies meeting-type judgment, assesses summary quality, and ensures accurate related-entry linking.

Can I promote recurring corrections into permanent rules for my knowledge management system?

Yes, you can promote recurring corrections into permanent rules for your knowledge management system. After repeated confirmation across similar cases, repeated patterns are upgraded into durable workspace rules to ensure consistent future processing.

Do I need specific file formats to maintain a learning loop for meeting notes?

To maintain a learning loop for meeting notes, you need structured learning entries in a LEARNINGS.md file and workspace rules in a CLAUDE.md file. These files store captured lessons and promoted patterns for your AI-assisted journal organization workflow.

Why does my AI fail to apply past corrections to new identity records and frontmatter validation?

Your AI fails to apply past corrections to identity records and frontmatter validation because it lacks a preference memory and selective review mechanism. Without reviewing active lessons before similar work, the AI cannot access past corrections to improve current output.