I am a Software QA Engineer with hands-on experience designing and executing manual test cases for software products. I focus on verifying functionality against specifications, documenting defects clearly, and supporting reliable release decisions.
I currently test a pharmacokinetic simulation tool, with particular attention to audit trails, data integrity, and end-to-end traceability from requirements through test results. I maintain thorough and repeatable documentation to support verification work.
Previously, I performed manual quality assurance for a language-learning platform with web and mobile functionality. My testing covered flashcard study tools, spaced-repetition scheduling, and live chat and video practice features.
My background in physics research has strengthened my precision, documentation discipline, and systematic troubleshooting skills. I have worked with complex experimental procedures, superconducting transmon qubits, and equipment diagnostics where reproducibility and careful measurement were essential.
I also built a QIR-to-OpenQASM quantum language transpiler and used systematic, test-driven verification against formal specifications. I bring clear technical writing, root-cause analysis, and cross-functional communication to quality assurance work.