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➢ Designing AI-driven testing workflows to reduce manual test authoring and increase autonomous coverage

➢ Own mobile infrastructure, testing architecture, CI/CD, and developer tooling on the Foundation team

➢ Migrated CI/CD from Bitrise to GitHub Actions - iOS code signing, Android lint, coverage reporting, Slack automation

➢ Built unit testing infrastructure targeting 6% → 70% coverage with mock factories, delta reporting, and automated enforcement

➢ Implemented Shorebird OTA code-push from scratch across iOS and Android with repeatable release workflows

➢ Architecting an autonomous AI testing agent using Claude's vision API, Dart analyzer, and LangGraph for fully autonomous test generation

➢ Building out API E2E and UI E2E testing infrastructure using Flutter integration_test framework

➢ First QA hire - built the quality assurance function from the ground up for a Flutter based parenting app

➢ Established QA processes, testing standards, and release readiness criteria across mobile platforms

➢ Created comprehensive QA documentation including test plans, test cases, and bug reporting workflows

➢ Led manual QA efforts across iOS and Android, ensuring quality across feature releases

➢ Collaborated with product and engineering to integrate QA into the development lifecycle early

➢ Managed Testlio outsourced QA team, coordinating test cycles and triaging results

In this position, we transformed the quality assurance approach for a web application, implementing Playwright for test automation. Leading a team of two QA engineers, we drove significant improvements:

➢ Introduced test automation, cutting regression testing time from one week (about 40 hours) to just one day (8 hours), achieving an 80% increase in efficiency

➢ By integrating QA early in the development cycle (shift-left), we enabled quicker identification and resolution of issues, enhancing the project's release velocity by approximately 20%

➢ Deployed a Datadog dashboard to monitor test health, which led to a 30% boost in test coverage and a 10% reduction in bug escape rates, substantially improving the effectiveness of test cases.

➢ Developed and executed test strategies specifically designed for the unique requirements of each project, overseeing both manual and automated testing efforts.

➢Focused on strengthening the QA team by promoting professional development and encouraging knowledge sharing.

In this role, I was responsible for a broad range of testing activities, including regression, functional, integration, and system testing. I developed strong relationships with stakeholders by consistently sharing updates on QA progress, challenges, and recommendations, contributing to the success of our releases. My notable achievements included:

➢ Streamlined the testing process by encouraging collaboration between QA engineers and developers in creating and updating test suites. This collaboration led to an 20% reduction in inconsistent test results, significantly improving the reliability of our tests.

➢ Integrated test outcomes with our CI/CD pipeline through Datadog, enhancing our ability to monitor testing progress. This move improved defect identification and resolution efficiency by 15%, offering clearer insights into the ongoing enhancements of our QA processes.

➢ Led the shift from using Enzyme to adopting React Testing Library (RTL) for unit testing, which decreased our reliance on end-to-end tests by 30% and increased the stability of our tests by 20%.