ee-autopilot

Name: ee-autopilot
Availability: InStock
Author: 6987zshmpy-bot

Automate electronics design across 12 phases from architecture to DFMEA.

Updated Aug 23, 2026

Search Tags:#quality-assurance #production-readiness #gate-checks #autopilot #iterative-design #electronics-design #DRBFM

Ready to run

npx skills add https://github.com/6987zshmpy-bot/electrical-engineering-plugin --skill ee-autopilot

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: ee-autopilot
Source: https://github.com/6987zshmpy-bot/electrical-engineering-plugin/tree/main/skills/ee-autopilot
Command: npx skills add https://github.com/6987zshmpy-bot/electrical-engineering-plugin --skill ee-autopilot

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Autonomous electronics development after requirements are completed, enabling faster iteration toward production-readiness.

Core Features & Use Cases

Orchestrates 12 design phases (architecture to DFMEA) with gate-based reviews.
Self-corrects through iterative loops until quality gates pass, with human intervention as fallback.
Use case: after capturing requirements, trigger autopilot to generate architecture, select components, draft schematics, run thermal and signal integrity checks, and prepare manufacturing-ready documentation.

Quick Start

Say "start autopilot" to begin the full design loop from the prepared requirements.

Frequently Asked Questions about ee-autopilot

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

FAQPage Schema

How do I automate electronics design from architecture to manufacturing documentation?▼

You can automate electronics development by triggering an autonomous design loop that orchestrates 12 phases from architecture to DFMEA, generating schematics, running integrity checks, and preparing manufacturing-ready documentation.

What is an autonomous design loop for production-ready electronics?▼

An autonomous design loop is a self-correcting workflow that iterates through design phases, applying gate-based quality checks and DRBFM change logging until the electronics design reaches production readiness.

How do gate-based quality checks work during iterative electronics design?▼

Gate-based quality checks evaluate the electronics design at specific milestones, forcing self-review loops that correct errors until gates pass, with human intervention as a fallback for unresolved issues.

Can I run thermal and signal integrity checks automatically after schematic generation?▼

Yes, the autopilot workflow drafts schematics and automatically runs thermal and signal integrity checks as part of the iterative design phases before finalizing production documentation.

Do I need completed requirements before starting autonomous electronics development?▼

Yes, you must capture and prepare complete requirements beforehand, then trigger the autopilot to begin the full design loop from those prepared specifications.

When should I use DRBFM change logging in electronics design automation?▼

DRBFM change logging is applied throughout the autonomous design loop to track revisions, manage design changes, and drive the electronics hardware toward production readiness.