
Over four months, Andrii Shramenko developed and expanded a robust test automation framework for the SeleniumQALight/G11_Project repository, focusing on both UI and API validation. He implemented a Page Object Model architecture and integrated Cucumber-based BDD testing to improve maintainability and stakeholder visibility. Leveraging Java, Selenium, and Selenide, Andrii built end-to-end workflows for post management, login authentication, and API-driven features, including DTO-based data handling and database integration. His work addressed test reliability, reduced flakiness, and enabled data-driven testing, resulting in a scalable, CI-ready foundation that accelerated onboarding, improved release quality, and strengthened coverage across critical business workflows.

April 2025: Delivered Login Test Automation and Validation enhancements for SeleniumQALight/G11_Project, introducing Cucumber-based BDD tests, a new Selenide-based login test class, and fixes to ensure correct password usage in tests, improving reliability of authentication workflows. This work expanded test coverage, reduced flaky login behavior, and provided reusable automation components for future authentication scenarios.
April 2025: Delivered Login Test Automation and Validation enhancements for SeleniumQALight/G11_Project, introducing Cucumber-based BDD tests, a new Selenide-based login test class, and fixes to ensure correct password usage in tests, improving reliability of authentication workflows. This work expanded test coverage, reduced flaky login behavior, and provided reusable automation components for future authentication scenarios.
March 2025 performance summary for SeleniumQALight/G11_Project focused on delivering robust API integrations and strengthening the test automation stack to accelerate validation of critical business workflows. Key outcomes include API-driven features with end-to-end testing, DTO-driven data models, and a Cucumber-based automation framework with DB utilities and scenario outlines. The efforts improved coverage across API, UI, and data layers, enabling faster release validation and higher defect detection.
March 2025 performance summary for SeleniumQALight/G11_Project focused on delivering robust API integrations and strengthening the test automation stack to accelerate validation of critical business workflows. Key outcomes include API-driven features with end-to-end testing, DTO-driven data models, and a Cucumber-based automation framework with DB utilities and scenario outlines. The efforts improved coverage across API, UI, and data layers, enabling faster release validation and higher defect detection.
February 2025 — SeleniumQALight/G11_Project monthly summary. Focused on delivering core post-management functionality and establishing a scalable test/CI-ready foundation to accelerate future delivery and improve release quality.
February 2025 — SeleniumQALight/G11_Project monthly summary. Focused on delivering core post-management functionality and establishing a scalable test/CI-ready foundation to accelerate future delivery and improve release quality.
January 2025 for SeleniumQALight/G11_Project delivered a robust, maintainable UI test framework and a substantial expansion of the test suite. Key accomplishments include implementing a Page Object Model-based infrastructure with locators and initialization, and adding a header element to support user-related UI flows. Test data setup and method chaining were introduced to simplify test composition and improve readability. The test suite grew with CreateNewPostTest scaffolding and extensive HW1–HW3 coverage, including HW3 parts 1–3 and 4.1, plus improvements like number checks and deletePost drafts, and after-fixture PostTest finalization. UI references were strengthened with ElementName and stability was ensured through merge conflict resolution and repository fixes, restoring green tests. This work improved reliability, accelerated onboarding of new tests, and increased CI readiness. Technologies demonstrated include Page Object Model, fluent interfaces, test data modeling, fixtures, and proactive repository hygiene.
January 2025 for SeleniumQALight/G11_Project delivered a robust, maintainable UI test framework and a substantial expansion of the test suite. Key accomplishments include implementing a Page Object Model-based infrastructure with locators and initialization, and adding a header element to support user-related UI flows. Test data setup and method chaining were introduced to simplify test composition and improve readability. The test suite grew with CreateNewPostTest scaffolding and extensive HW1–HW3 coverage, including HW3 parts 1–3 and 4.1, plus improvements like number checks and deletePost drafts, and after-fixture PostTest finalization. UI references were strengthened with ElementName and stability was ensured through merge conflict resolution and repository fixes, restoring green tests. This work improved reliability, accelerated onboarding of new tests, and increased CI readiness. Technologies demonstrated include Page Object Model, fluent interfaces, test data modeling, fixtures, and proactive repository hygiene.
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