Data Quality Work That Actually Sticks: separating incident response from root-cause fixes
I tightened system boundaries so quality checks trigger earlier, catching regressions before downstream systems consume bad data.
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I tightened system boundaries so quality checks trigger earlier, catching regressions before downstream systems consume bad data.
I spent the day reducing cognitive overhead for engineers and analysts—introducing clearer table contracts, simpler failure modes, and concise runbooks that…
I tightened system boundaries so quality checks trigger earlier, catching regressions before downstream systems consume bad data.
I focused on making delivery decisions auditable and repeatable—documenting intent, success criteria, and rollback paths to reduce tribal knowledge.
I spent the day reducing cognitive overhead for engineers and analysts—introducing clearer table contracts, simpler failure modes, and concise runbooks that…
I worked on smoothing the handoff between data engineering and AI teams—standardizing feature contracts, embedding validation, and adding lightweight…
Traditional testing assumes deterministic behavior. AI systems are probabilistic. Same input, different output.
Continuous evaluation maintains AI quality standards throughout the system lifecycle.
Regular evaluation with consistent metrics drives continuous improvement in AI quality.
Quality isn't one dimensional. Consider: Accuracy : Factual correctness Completeness : Covering all aspects Coherence : Logical flow and consistency…
Understanding and implementing key metrics for evaluating LLM application performance and quality.
Automated tests are the bulk of my testing pyramid, but there's a tier you can't replace: the human running through a workflow looking for the thing nobody…