
Software Test Engineer delivering Playwright and Selenium WebDriver automation for web and API testing. Migrates legacy frameworks to cleaner, faster test suites, strengthens coverage with Java, TestNG, Maven, and SQL, and uses Claude AI to streamline test generation and failure analysis. Improves release confidence through regression, database validation, and CI/CD-integrated execution.
Designed, developed, and maintained automated test solutions for web applications. Utilized Selenium WebDriver, Java, Playwright, TestNG, SQL, and REST API testing tools. Improved application quality and test coverage through extensive automation efforts. Led modernization of Selenium automation framework by migrating to Playwright. Integrated Claude AI to enhance test generation, analysis, and automation efficiency.
Key Responsibilities & Achievements
* Migrated the existing UI automation framework from Selenium with Java to Playwright, improving test execution speed, stability, and maintainability.
* Designed and implemented Playwright-based end-to-end automation frameworks for web applications.
* Integrated Claude AI into automation workflows to support test case generation, test analysis, failure investigation, and automation development.
* Developed and maintained automated test scripts using Selenium WebDriver, Java, and TestNG.
* Led a team of automation testers responsible for web and mobile test automation, reducing testing cycle time by 65%.
* Architected and maintained automation frameworks using Selenium, TestNG, and Cucumber.
* Integrated automated test suites with Jenkins and GitLab CI/CD pipelines.
* Designed and executed REST API automation tests, reducing manual testing effort by 40%.
* Performed performance and load testing using JMeter/LoadRunner.
TCS BANCS24
QUIKLYZ
Selenium
Appium
Java
TestNG
Jenkins
Cross-browser testing
Playwright with AI
Automation framework development
Page object model
CI/CD pipeline integration
API automation
Test strategy
Regression testing
Defect triage
Risk-based testing
Stakeholder collaboration