
Andrii Horbovskyi developed and enhanced the SeleniumQALight/G11_Project repository over four months, focusing on robust test automation for user authentication and post management features. He applied Java, Selenium, and Cucumber to implement a maintainable Page Object Model, expand API and UI test coverage, and integrate data-driven testing with Excel and JSON schema validation. Andrii refactored test infrastructure for reliability, introduced remote Selenium Grid support for scalable execution, and improved test data management using DTO patterns and Lombok. His work addressed flaky tests, streamlined regression coverage, and enabled faster, safer releases by strengthening both backend and frontend validation workflows.

April 2025 Monthly Summary for SeleniumQALight/G11_Project focusing on delivering scalable login test automation and expanded validation coverage. The work improved test reliability, speed of feedback, and maintainability of the automation framework. Key outcomes include framework enhancements to support remote executions, added login validation coverage, and updated WebDriver management hooks to support flexible driver usage across environments.
April 2025 Monthly Summary for SeleniumQALight/G11_Project focusing on delivering scalable login test automation and expanded validation coverage. The work improved test reliability, speed of feedback, and maintainability of the automation framework. Key outcomes include framework enhancements to support remote executions, added login validation coverage, and updated WebDriver management hooks to support flexible driver usage across environments.
March 2025 performance summary for SeleniumQALight/G11_Project: Delivered extended test coverage for user authentication flows and data-driven API testing, stabilized the API test suite with targeted fixes, and strengthened cross-system validation with external service integrations. These efforts boosted regression coverage, reduced flaky tests, and enriched the team's capability to validate security, session behavior, and data integrity across services.
March 2025 performance summary for SeleniumQALight/G11_Project: Delivered extended test coverage for user authentication flows and data-driven API testing, stabilized the API test suite with targeted fixes, and strengthened cross-system validation with external service integrations. These efforts boosted regression coverage, reduced flaky tests, and enriched the team's capability to validate security, session behavior, and data integrity across services.
February 2025 (2025-02) monthly summary focusing on business value and technical achievements for SeleniumQALight/G11_Project. The month delivered a significant refactor to the Page Object Model, expanded test coverage, tooling integrations, and CI-ready configuration, all aimed at reliability, maintainability, and faster feedback loops for the product teams.
February 2025 (2025-02) monthly summary focusing on business value and technical achievements for SeleniumQALight/G11_Project. The month delivered a significant refactor to the Page Object Model, expanded test coverage, tooling integrations, and CI-ready configuration, all aimed at reliability, maintainability, and faster feedback loops for the product teams.
January 2025 (2025-01) delivered and strengthened core automation capabilities for SeleniumQALight/G11_Project, with a strong focus on reliability, scalability, and business value. Key features delivered include a robust User Authentication System and a full end-to-end Post Management System, underpinned by a revamped Test Infrastructure that enhances maintainability and test stability. Collective efforts reduced flaky tests, accelerated feedback loops, and improved regression coverage, enabling safer, faster releases.
January 2025 (2025-01) delivered and strengthened core automation capabilities for SeleniumQALight/G11_Project, with a strong focus on reliability, scalability, and business value. Key features delivered include a robust User Authentication System and a full end-to-end Post Management System, underpinned by a revamped Test Infrastructure that enhances maintainability and test stability. Collective efforts reduced flaky tests, accelerated feedback loops, and improved regression coverage, enabling safer, faster releases.
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