
Nazar Ryabokon developed and maintained the SeleniumQALight/G11_Project repository over four months, building a robust autotest framework that unified API and UI automation. He implemented scalable test architecture using Java and the Page Object Model, integrated API testing with RestAssured, and enabled data-driven workflows through Excel and database interaction. His work included end-to-end API and UI validation, dynamic locator strategies, and modular DTOs with Lombok to reduce boilerplate. By establishing Selenide-based UI infrastructure and BDD-driven test suites, Nazar improved test reliability, accelerated feedback cycles, and reduced manual QA effort, demonstrating depth in backend, automation, and cross-system validation engineering.

April 2025 Monthly Summary for SeleniumQALight/G11_Project: Focused on delivering end-to-end automation capabilities across API and UI layers, stabilizing test infrastructure, and enabling cross-system data validation. The team prioritized business value by increasing reliability of critical workflows and reducing manual QA burden through automation.
April 2025 Monthly Summary for SeleniumQALight/G11_Project: Focused on delivering end-to-end automation capabilities across API and UI layers, stabilizing test infrastructure, and enabling cross-system data validation. The team prioritized business value by increasing reliability of critical workflows and reducing manual QA burden through automation.
March 2025 monthly summary for SeleniumQALight/G11_Project focused on delivering API-driven features, strengthening test automation, and enabling data-driven content creation. Key outcomes include establishing an API foundation for posts and authors, adopting Lombok-based DTOs to reduce boilerplate, integrating PrivatBank API with tests, implementing end-to-end API post creation with UI verification, and expanding the API testing framework with BDD-based end-to-end scenarios. Excel-based data import for posts with UI-enforced uniqueness further enhances data integrity and onboarding of large content sets. Overall, these efforts accelerate delivery, improve quality, and demonstrate a proactive shift to API-first and data-driven testing approaches.
March 2025 monthly summary for SeleniumQALight/G11_Project focused on delivering API-driven features, strengthening test automation, and enabling data-driven content creation. Key outcomes include establishing an API foundation for posts and authors, adopting Lombok-based DTOs to reduce boilerplate, integrating PrivatBank API with tests, implementing end-to-end API post creation with UI verification, and expanding the API testing framework with BDD-based end-to-end scenarios. Excel-based data import for posts with UI-enforced uniqueness further enhances data integrity and onboarding of large content sets. Overall, these efforts accelerate delivery, improve quality, and demonstrate a proactive shift to API-first and data-driven testing approaches.
February 2025 – SeleniumQALight/G11_Project delivered a balanced mix of UI enhancements, feature expansions, and QA tooling to improve user experience, release readiness, and engineering discipline. Key work spanned interactive checkbox controls for Homework tasks, URL navigation via a new dropdown, and broader CW/HW feature progress, complemented by a robust test framework and deployment-ready configuration changes. Notable outcomes include stabilizing UI waits, expanding test coverage, and aligning the repo with February release goals.
February 2025 – SeleniumQALight/G11_Project delivered a balanced mix of UI enhancements, feature expansions, and QA tooling to improve user experience, release readiness, and engineering discipline. Key work spanned interactive checkbox controls for Homework tasks, URL navigation via a new dropdown, and broader CW/HW feature progress, complemented by a robust test framework and deployment-ready configuration changes. Notable outcomes include stabilizing UI waits, expanding test coverage, and aligning the repo with February release goals.
January 2025 (2025-01) — SeleniumQALight/G11_Project: Delivered foundational autotest framework with Page Object integration, expanded test coverage, and stability improvements that reduce manual testing and accelerate CI feedback. Key outcomes include a scalable test architecture based on the Page Object Model, enhancements to CommonActionsWithElements for reliable interactions, introduction of dynamic locators to improve element identification, expanded coverage for post-creation flows (CreateNewPostTest and Part_2), and a suite of bug fixes addressing workflow reliability, invalid login tests, and UI-driven locator changes. Documentation added for onboarding and knowledge transfer. Overall, this work demonstrates strong automation design, test strategy, and collaboration across branches, delivering measurable business value through faster, more reliable regression testing.
January 2025 (2025-01) — SeleniumQALight/G11_Project: Delivered foundational autotest framework with Page Object integration, expanded test coverage, and stability improvements that reduce manual testing and accelerate CI feedback. Key outcomes include a scalable test architecture based on the Page Object Model, enhancements to CommonActionsWithElements for reliable interactions, introduction of dynamic locators to improve element identification, expanded coverage for post-creation flows (CreateNewPostTest and Part_2), and a suite of bug fixes addressing workflow reliability, invalid login tests, and UI-driven locator changes. Documentation added for onboarding and knowledge transfer. Overall, this work demonstrates strong automation design, test strategy, and collaboration across branches, delivering measurable business value through faster, more reliable regression testing.
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