Overview
Astrocade needed a reliable moderation workflow that balanced automation speed with reviewer judgment quality while maintaining a one-day review turnaround target.
AI Systems Engineering
Built and operated a human-in-the-loop QA calibration toolchain for Astrocade's UGC moderation pipeline, improving precision/recall tuning, reducing repeat rejections, and speeding daily publishing decisions.
Astrocade AI
2025 - Present
AI Systems Engineering
Moderation Pipeline Engineering / Calibration & Evaluation / QA Operations
Astrocade needed a reliable moderation workflow that balanced automation speed with reviewer judgment quality while maintaining a one-day review turnaround target.
False or repeated rejections and inconsistent reviewer interpretation were creating friction for creators and slowing publishing throughput.
The moderation stack included auto-review logic, multiple human review layers, and creator feedback loops that required measurable calibration over time.
Design and run a QA calibration system that continuously measures moderation quality and improves decision consistency across automation and human review.
Create operational controls for threshold and policy tuning to reduce false rejects while preserving safety standards.
Identify and remove bottlenecks across review queues, escalation paths, and feedback handling.
Implemented repeatable QA passes that compare model-assisted and human decisions, then flag disagreement patterns for targeted fixes.
Improved queue behavior, triage visibility, and reviewer ergonomics to reduce latency and increase throughput.
Led calibration audits and documentation updates to align enforcement logic with reviewer judgment and policy intent.
Integrated rejection feedback into workflow updates so recurring edge cases could be addressed systematically.
Improved alignment between automated decisions and human reviewers through recurring calibration and audit cycles.
Precision and recall tuning cut unnecessary friction for creators and improved trust in review outcomes.
Pipeline and tooling improvements supported reliable day-level turnaround targets for publishing review.