Burak Arıkboğa

Providing remote QA and automation support, I built scalable Playwright (TypeScript) frameworks for B2B and enterprise systems like yavuzsan.com. By automating manual checks, I reduced execution time by 90%. I lead UI, system integration, and data consistency tests across ERP and manufacturing layers, identifying critical mismatches. My work drives digital transformation by ensuring data accuracy in pricing and compatibility, significantly improving product quality and reliability.

I designed UI automation frameworks using Java, Selenium, and Playwright, reducing execution time by 43% and flaky tests by 60%. I implemented end-to-end scenarios merging UI, API, and database validations while ensuring stability through test isolation. By integrating suites into Jenkins CI/CD pipelines and leading QA efforts in Agile Scrum ceremonies, I optimized release cycles and significantly improved CI reliability through modular, high-performance automated testing.

• Built a BDD-Cucumber, Selenium, JUnit, and Java, following POM and data-driven design principles. • Automated UI and API test scenarios, increasing regression coverage and reducing manual testing effort. • Performed database testing using SQL and JDBC for backend data validation. • Integrated automated tests with Jenkins on AWS EC2, generating Cucumber reports for continuous feedback. • Worked within a Scrum team, actively contributing to sprint planning, reviews, and retrospectives.

• Participated in 100+ test cycles across web and mobile applications. • Identified, documented, and tracked defects through the full lifecycle. • Executed Functional, Smoke, Exploratory, End-to-End, and UAT testing. • Applied black-box testing techniques and boundary value analysis to improve defect detection.

• Served as Wingman and Squadron Leader with 1000+ flight hours. • Demonstrated advanced decision-making, risk assessment, and coordination under high- pressure environments. • Applied structured risk assessment, checklist-driven execution, and incident analysis principles later transferred into QA and test automation practices.

I contributed to the design and implementation of backend components for autonomous UAV navigation, focusing on system stability. Using Delphi, MATLAB, Google Maps API, and TCP/UDP protocols, I developed communication and control logic. I translated technical requirements into scalable implementations and collaborated with teams to validate system behavior. My work included debugging and root-cause analysis for navigation failures to ensure reliability in critical operational scenarios.