plan-eng-review

Validate architecture, data flows, edge cases, and test coverage in engineering plan reviews.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/mmunro3318/3d-render-pipeline --skill plan-eng-review-mmunro3318
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: plan-eng-review
Source: https://github.com/mmunro3318/3d-render-pipeline/tree/main/.claude/skills/gstack/plan-eng-review
Command: npx skills add https://github.com/mmunro3318/3d-render-pipeline --skill plan-eng-review-mmunro3318

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Engineering teams often need a structured, opinionated process to validate architecture, data flow, edge cases, test coverage, and performance before starting implementation. This skill provides a guided plan-review workflow to catch issues early and align stakeholders.

Core Features & Use Cases

  • Interactive engineering plan reviews that walk through architecture, data flow, edge cases, risk, and test coverage.
  • Provides clear recommendations and trade-offs to help decision-makers lock in the execution plan.
  • Useful for architecture discussions, design reviews, or pre-coding planning when starting a new project or refactor.

Quick Start

Ask Claude to review your architecture plan and it will walk through design, data flow, edge cases, and test coverage to lock in the plan.

Frequently Asked Questions about plan-eng-review

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

FAQPage Schema
How do I review an architecture plan before implementation?

Architecture plan reviews validate design, data flows, edge cases, and test coverage to catch issues early. A structured review process walks through each area systematically, providing concrete recommendations and trade-offs to lock in the execution plan and reduce rework.

What is an engineering design review and when do I need one?

An engineering design review is a structured assessment of architecture, data flow, and risk before coding begins. It is needed for new projects, large refactors, or architecture lock-in when stakeholders require a validated, opinionated evaluation of the plan.

How do I validate data flow and edge cases for a software refactor?

Validating data flow and edge cases for a refactor requires walking through architecture, risk, and test coverage using a consistent checklist. This structured assessment identifies potential issues early and provides clear recommendations to reduce rework before implementation starts.

Can I use a structured checklist to assess test coverage and risk in my architecture?

Yes, a structured engineering review checklist enforces thorough, consistent assessment of test coverage, risk, data flow, and architecture. It guides the evaluation interactively, providing decision-makers with trade-offs and concrete recommendations to lock in the execution plan.

What's the best way to align stakeholders before starting a large software refactor?

Aligning stakeholders before a large refactor requires a guided engineering plan review that evaluates architecture, data flow, edge cases, and test coverage. This structured process provides clear recommendations and trade-offs, ensuring everyone agrees on the locked-in execution plan.

Engineering plan review not catching enough edge cases before implementation, what are the limitations?

If an engineering plan review misses edge cases, the limitation is often checklist consistency. A structured, opinionated review enforces a thorough assessment of architecture, data flow, and test coverage to systematically catch issues, but it requires accurate input plans to be effective.