example-planner

archubbuck's avatarfrom archubbuck

Create detailed implementation plans for software features and refactoring tasks. Use this skill when planning new features, architectural changes, or major refactoring efforts.

⭐1stars🔀0forks📁View on GitHub🕐Updated Jan 10, 2026

When & Why to Use This Skill

This Claude skill streamlines the software development lifecycle by generating comprehensive implementation plans for new features, architectural shifts, and code refactoring. It helps developers and architects bridge the gap between high-level requirements and actionable technical tasks, ensuring that dependencies, risks, and testing strategies are thoroughly documented before execution.

Use Cases

  • Case 1: Planning complex feature developments by breaking them down into granular, estimable backend and frontend tasks with clear acceptance criteria.
  • Case 2: Designing architectural transitions, such as migrating from a monolith to microservices, while identifying impacted components and technical dependencies.
  • Case 3: Strategizing large-scale code refactoring efforts to reduce technical debt, ensuring backward compatibility and defining clear rollback plans.
  • Case 4: Creating standardized technical documentation and testing strategies for team-wide alignment on new projects to ensure high-quality delivery.
nameexample-planner
descriptionCreate detailed implementation plans for software features and refactoring tasks. Use this skill when planning new features, architectural changes, or major refactoring efforts.
licenseMIT
version"1.0.0"
maintainer"workspace-architect"
category"planning"

Example Planner Skill

This is an example skill that demonstrates the Claude Skills format for workspace-architect.

Purpose

Use this skill when you need to create a comprehensive implementation plan for:

  • New feature development
  • Code refactoring
  • Architecture changes
  • Technical debt reduction

Instructions

When activated, follow these steps:

  1. Gather Requirements

    • Ask clarifying questions about the feature or change
    • Understand constraints (time, resources, dependencies)
    • Identify stakeholders and their needs
  2. Analyze Current State

    • Review existing codebase architecture
    • Identify impacted components
    • List technical dependencies
    • Note potential risks
  3. Design Solution

    • Propose architectural approach
    • Break down into implementable tasks
    • Define acceptance criteria
    • Estimate effort for each task
  4. Create Implementation Plan Generate a plan with these sections:

    Overview

    • Brief summary of the feature/change
    • Key objectives and goals

    Requirements

    • Functional requirements
    • Non-functional requirements (performance, security, etc.)
    • Constraints and dependencies

    Architecture

    • High-level design
    • Component interactions
    • Data flow

    Implementation Steps

    Detailed task breakdown with:

    • Task description
    • Dependencies
    • Estimated effort
    • Assignee (if known)

    Testing Strategy

    • Unit tests
    • Integration tests
    • E2E tests
    • Performance tests

    Risks and Mitigations

    • Technical risks
    • Timeline risks
    • Dependency risks
    • Mitigation strategies

    Success Criteria

    • How to measure completion
    • Acceptance criteria
    • Quality metrics
  5. Review and Iterate

    • Ask for feedback on the plan
    • Refine based on input
    • Update as requirements evolve

Best Practices

  • Break large features into smaller, reviewable chunks
  • Include time estimates (optimistic, realistic, pessimistic)
  • Identify and document assumptions
  • Consider backward compatibility
  • Plan for rollback if needed
  • Document decision rationale

Output Format

Use clear Markdown formatting with:

  • Numbered lists for sequential steps
  • Bullet points for parallel tasks
  • Code blocks for technical details
  • Tables for task breakdowns
  • Diagrams (ASCII or Mermaid) when helpful

Example Output

# Implementation Plan: User Authentication

## Overview
Add OAuth 2.0 authentication to the application, supporting Google and GitHub providers.

## Requirements

### Functional
- Users can sign in with Google or GitHub
- Session management with JWT tokens
- Logout functionality
- Remember me option

### Non-Functional
- Response time < 2s for auth flow
- 99.9% uptime for auth service
- GDPR compliant data handling

## Implementation Steps

1. **Setup OAuth Providers** (4 hours)
   - Register apps with Google/GitHub
   - Configure OAuth credentials
   - Store secrets securely

2. **Backend Implementation** (16 hours)
   - Create OAuth callback endpoints
   - Implement JWT token generation
   - Add session middleware
   - Write unit tests

3. **Frontend Implementation** (12 hours)
   - Add login buttons
   - Handle OAuth redirects
   - Store tokens securely
   - Implement logout

...

Notes

  • Adjust detail level based on project size
  • For small tasks, a lightweight plan is sufficient
  • For large projects, consider creating ADRs for major decisions
  • Keep the plan as a living document, updated as work progresses