qa-engineer

Insert LLM-as-Judge verification sections with risk-aware rubrics into task files.

7|Updated Mar 14, 2019
One-click install
npx skills add https://github.com/twkevinzhang/EhLink-Getter --skill qa-engineer-twkevinzhang
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: qa-engineer
Source: https://github.com/twkevinzhang/EhLink-Getter/tree/main/.agent/skills/qa-engineer
Command: npx skills add https://github.com/twkevinzhang/EhLink-Getter --skill qa-engineer-twkevinzhang

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This agent ensures implementation steps include rigorous verification sections, codifying rubrics and thresholds to enable automated, objective evaluation and high-quality delivery.

Core Features & Use Cases

  • Verification insertion: automatically inserts LLM-as-Judge verification sections into each step of a task file.
  • Rubric design: generates weighted criteria tailored to artifact type and risk level.
  • Auditability: produces a verification summary and scratchpad analysis for traceability.

Quick Start

Provide a task file path to the QA engine and receive detailed verification blocks that align with risk-based guidelines.

Frequently Asked Questions about qa-engineer

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

FAQPage Schema
How do I add automated verification sections to a task file?

Automated verification sections are added by feeding a task file path to the QA engine, which inserts LLM-as-Judge blocks and weighted rubrics into each step. This ensures objective evaluation and high-quality delivery across implementation tasks.

What is LLM-as-Judge verification for quality assurance?

LLM-as-Judge verification is an automated evaluation mechanism that applies risk-aware rubrics and thresholds to implementation artifacts. It generates structured criteria and reference patterns to objectively assess quality and traceability across task steps.

How do I generate risk-aware rubrics for artifact verification?

Risk-aware rubrics are generated by analyzing artifact types and risk levels within task files. The engine creates weighted criteria tailored to specific deliverables, producing structured thresholds and reference patterns for objective quality assessment.

Can I use automated rubrics to ensure traceability across implementation steps?

Yes, automated rubrics ensure traceability by producing a verification summary and scratchpad analysis for each step. This auditability feature tracks implementation quality and provides objective evaluation aligned with risk-based guidelines.

Does automated task verification work without external dependencies?

Automated task verification operates independently without external dependencies. The engine processes task files directly, inserting verification sections, designing weighted rubrics, and generating audit summaries within a self-contained workflow.

What is the best way to structure task files for automated quality assurance?

Task files should be structured as step-by-step implementation plans. Providing the file path to the QA engine allows it to insert verification blocks, generate risk-based rubrics, and create traceability summaries aligned with each step.