Quality Assurance Developer in Ankara, Turkey

Developed a custom test automation framework from scratch using Java, TestNG, Selenide, Allure Reports, Docker, Rest-assured, and full GitLab CI configuration.

Framework features:
• Modular design with Page Object Modal architecture
• Extremely stable, maintainable, and readable
• Easy to work with thanks to its design that implements near-English test step methods
• Ability to measure load times
• Ability to intercept and manipulate HTTP requests and responses
• Ability to send API calls to set up software configuration and test data
• Detailed Allure Test Reports with historical data
• Full integration with GitLab
• Docker and Docker compose set up

I developed a test automation framework for a loyalty management application which is widely used in the travel industry.

Framework Features:
· Designed according to the POM (Page Object Model) and uses separate objects for actions and selectors separated from the main page objects.

· Extensive reporting capabilities which included the ability to send regular emails to the relevant parties about the test execution status.

· The ability to send/validate API calls (REST requests) for software and test data configuration.

· The ability to check the load times of the page resources and create warnings about the delayed ones.

I designed an adaptable and reusable test automation framework using Java and Selenium technologies. The software is used for testing a wide variety of web applications including factory maintenance management systems, inventory tracking and order management applications, and other web applications that are developed for commercial and enterprise usage.

Framework Features:
· It was designed according to POM (Page Object Model).
· Implements page and element factory structures.
· Possesses extensive reporting capabilities.
· Validates database entries and file contents.
· Has the ability to use external DOCX, DOC, XLS, XLSX, CSV, and JSON files for inputting test data.

I participated in the development of a test automation software that is used in the defense industry by implementing a record-and-play functionality. The software is used for performing memory injections on industry-leading military simulators for testing purposes.

This Python-based automation software was used in conjunction with a separate C++ based software in order to perform memory injections.

I participated in R&D activities by constantly exploring new technologies, exploring their capabilities, and assessing whether the adaptation of the new technology is feasible or not by designing proof-of-concept applications.