What output does the Project Planning skill generate?

The skill generates a comprehensive 'implementation-plan.md' file that includes a system overview, component diagrams, detailed task lists with estimates, dependency graphs, and a full sprint schedule.

How does the skill handle task estimation?

It uses the Fibonacci sequence (1, 2, 3, 5, 8, 13, 21) to estimate story points based on technical complexity, uncertainty, and testing requirements.

Does it support dependency tracking?

Absolutely. It identifies task dependencies to create a dependency graph, detects circular dependencies, and optimizes tasks for parallelization.

Can it identify project risks?

Yes, it includes a dedicated Risk Assessment phase that identifies common issues like technology unknowns, third-party API dependencies, and scope creep, providing specific mitigation strategies for each.

When is the best time to use this skill?

This skill should be used immediately after the specification phase is finished and before any code execution begins to ensure a clear, well-architected path forward.

Project Planning System

Name: Project Planning System
Author: athola

byathola

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123

コラボレーションツール

Transforms project specifications into comprehensive implementation plans featuring system architecture, task breakdowns, and sprint schedules.

概要

The Project Planning skill bridges the gap between high-level requirements and actual code by providing a structured framework for technical system design and project management. It guides Claude through four distinct phases—Architecture Design, Task Breakdown, Dependency Analysis, and Sprint Planning—ensuring that every component is documented, dependencies are identified, and risks are mitigated before development begins. It is an essential tool for developers and architects who need a rigorous, repeatable process for planning complex software builds with clear milestones and capacity-balanced sprints.

主な機能

Automated dependency graph generation and critical path analysis
Comprehensive risk assessment and mitigation strategy templates
Structured sprint planning with capacity balancing and milestone tracking
123 GitHub stars
Detailed task breakdown using Fibonacci estimation and acceptance criteria
Multi-phase architecture design and component identification framework

ユースケース

Moving from a product requirements document (PRD) to a technical implementation roadmap
Organizing development cycles into balanced, milestone-driven sprints for team delivery
Architecting complex systems with multiple interdependent services and data flows

概要

主な機能

Automated dependency graph generation and critical path analysis
Comprehensive risk assessment and mitigation strategy templates
Structured sprint planning with capacity balancing and milestone tracking
123 GitHub stars
Detailed task breakdown using Fibonacci estimation and acceptance criteria
Multi-phase architecture design and component identification framework

ユースケース

Moving from a product requirements document (PRD) to a technical implementation roadmap
Organizing development cycles into balanced, milestone-driven sprints for team delivery
Architecting complex systems with multiple interdependent services and data flows