
Rajasekar Inbasekaran developed and maintained the testerintelligent/APIWEB_BDDCUCU_SELENIUM repository, delivering end-to-end automation for both UI and API testing over four months. He implemented robust test suites using Java, Selenium WebDriver, and RestAssured, applying the Page Object Model and Behavior Driven Development with Cucumber and Gherkin. His work included automating login, booking, and training data flows, integrating API endpoints for GET, POST, PATCH, and PUT operations, and enhancing CI/CD pipelines for reliable feedback. Rajasekar focused on reducing flaky tests, improving test coverage, and enabling direct data updates, which increased release confidence and streamlined regression validation across platforms.

Month: August 2025 – API improvements in testerintelligent/APIWEB_BDDCUCU_SELENIUM delivered essential capability for updating training records via PUT, with accompanying test coverage and validation. The change enables clients to modify training data directly, improving data accuracy and reducing downstream manual corrections. The effort also strengthens API usability and sets a foundation for future mutable-resource operations.
Month: August 2025 – API improvements in testerintelligent/APIWEB_BDDCUCU_SELENIUM delivered essential capability for updating training records via PUT, with accompanying test coverage and validation. The change enables clients to modify training data directly, improving data accuracy and reducing downstream manual corrections. The effort also strengthens API usability and sets a foundation for future mutable-resource operations.
This month focused on delivering robust API testing, stabilizing CI/CD pipelines, and tightening UI automation to accelerate feedback and improve release confidence for training data endpoints. The work enhances test coverage, reporting, and build reliability, directly reducing deployment risk.
This month focused on delivering robust API testing, stabilizing CI/CD pipelines, and tightening UI automation to accelerate feedback and improve release confidence for training data endpoints. The work enhances test coverage, reporting, and build reliability, directly reducing deployment risk.
May 2025: Delivered end-to-end API Fake Store integration with ID adjustments and import changes, updated feature files and test runners to align with API/store updates, and performed comprehensive repository cleanup. These efforts improved automated test reliability and maintainability, reduced flaky tests, and accelerated CI feedback for API/web changes.
May 2025: Delivered end-to-end API Fake Store integration with ID adjustments and import changes, updated feature files and test runners to align with API/store updates, and performed comprehensive repository cleanup. These efforts improved automated test reliability and maintainability, reduced flaky tests, and accelerated CI feedback for API/web changes.
April 2025 performance summary for testerintelligent/APIWEB_BDDCUCU_SELENIUM: Delivered end-to-end UI automation for Adactin login, Practice Page, and Hotel Booking flows, and established a robust API Testing Suite with RestAssured and Cucumber. Implemented Page Object Model-based test architecture, cross-page navigation, window handling, and dynamic data/token management. No major production defects reported; test stability improvements and scaffolding work reduced flaky tests and accelerated feedback. Overall, the work significantly increased regression coverage across UI and API layers, enabling faster, more reliable releases. Technologies demonstrated include Java, Selenium WebDriver, Page Object Model, RestAssured, Cucumber, and data/token management across platforms.
April 2025 performance summary for testerintelligent/APIWEB_BDDCUCU_SELENIUM: Delivered end-to-end UI automation for Adactin login, Practice Page, and Hotel Booking flows, and established a robust API Testing Suite with RestAssured and Cucumber. Implemented Page Object Model-based test architecture, cross-page navigation, window handling, and dynamic data/token management. No major production defects reported; test stability improvements and scaffolding work reduced flaky tests and accelerated feedback. Overall, the work significantly increased regression coverage across UI and API layers, enabling faster, more reliable releases. Technologies demonstrated include Java, Selenium WebDriver, Page Object Model, RestAssured, Cucumber, and data/token management across platforms.
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