Can this skill help with technical debt?

Yes, by identifying shared infrastructure and enforcing a completeness check, it ensures that new code follows existing project patterns and avoids duplication.

How does the verification step work?

The workflow concludes by spawning three parallel subagents—Compliance, Best Practices, and Code Simplifier—to audit the implementation against the original plan and industry standards.

When should I use the Structured Plan skill?

You should invoke this skill for complex features involving 5+ files, major architectural refactors, or when working with unfamiliar technologies that require rigorous documentation research.

How do I trigger the structured planning mode?

You can invoke it by typing /structured-plan in Claude Code, or it may trigger automatically when you request a 'thorough' or 'rigorous' plan.

Structured Planning Workflow

Name: Structured Planning Workflow
Author: bengous

bybengous

•

Productivity & Workflow

Orchestrates a rigorous, multi-step planning process with research validation and atomic task mapping for complex coding projects.

The Structured Plan skill transforms Claude’s planning phase into a disciplined, iterative workflow designed for high-stakes architectural changes and large-scale features. It enforces a 7-step refinement process that includes official documentation research, dependency mapping, shared infrastructure identification, and a unique post-implementation verification stage using specialized subagents. This ensures that every plan is research-validated, unambiguous, and ready for flawless execution by AI or human developers, reducing errors in complex multi-file environments.

Key Features

01Automated post-implementation verification using parallel subagents

02Integrated documentation validation for tech-stack accuracy

03Shared infrastructure identification to prevent code duplication

04Checklist-driven refinement process for architectural integrity

05Atomic task breakdown with explicit dependency mapping

062 GitHub stars

Use Cases

01Implementing unfamiliar tech stacks requiring deep documentation research

02Executing major architectural refactors or technology migrations

03Managing complex feature additions spanning five or more source files

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add bengous/claude-code-plugins structured-plan

For use in Claude.ai and ChatGPT

Key Features

01Automated post-implementation verification using parallel subagents

02Integrated documentation validation for tech-stack accuracy

03Shared infrastructure identification to prevent code duplication

04Checklist-driven refinement process for architectural integrity

05Atomic task breakdown with explicit dependency mapping

062 GitHub stars

Use Cases

01Implementing unfamiliar tech stacks requiring deep documentation research

02Executing major architectural refactors or technology migrations

03Managing complex feature additions spanning five or more source files

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add bengous/claude-code-plugins structured-plan

For use in Claude.ai and ChatGPT