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Associate Manager, QA Strategy & Operations

CompraTica Empleos

EMP:Administration
USA
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Remoto
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the Team The Performance Excellence (PE) team is redefining how DoorDash measures, governs, and improves quality at scale

We are building an AI-first, automated QA ecosystem that delivers high-precision insight across 100% of customer interactions—powering performance management, coaching, risk detection, and product feedback in near real time.

After successfully scaling Automated QA (AQA) across Tier 1 Support, we are expanding into high-impact, higher-risk domains including Fraud, Integrity, Trust & Safety, and in-house support.

This work requires strong ownership of AI signal accuracy, refinement rigor, and end-to-end process design to ensure automation is trusted, fair, and operationally actionable.

About the Role As Associate Manager, QA Strategy & Operations, you will own large-scale, AI-led quality programs from design through production.

This is a senior IC / early people-manager role focused on building and governing automated QA systems, not running traditional QA operations.

You will lead cross-functional initiatives that improve the accuracy, stability, and adoption of AI-generated quality signals, partnering closely with Product, ML, Engineering, Operations, and Policy teams.

Your work will directly influence how DoorDash defines quality, manages performance, and mitigates risk at scale.

You’ll report to the Senior Manager, QA Strategy & Operations within Performance Excellence (CXI) You’re excited about this role because you will… Own AI-led QA system expansion into complex domains (Customer Support, Fraud, Integrity, Risk, In-House), defining what is automatable vs.

human-judgment requiredDesign and operationalize quality signals at scale, including rubric logic, precision thresholds, false-positive controls, and rollout gates Drive signal accuracy and trust, partnering with ML and Calibration teams to improve precision, reduce FP/FN rates, and close dispute feedback loops Translate ambiguous quality problems into structured systems, from in.

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