Liliia Zaidullina
About Liliia Zaidullina
Liliia Zaidullina is a Senior Software Development Engineer in Test with extensive experience in automated testing and quality assurance. She has worked for notable companies such as Campspot, Bank of America Merrill Lynch, and Federal Home Loan Bank of Chicago, and holds an Associate of Arts degree from City Colleges of Chicago-Harold Washington College.
Work at Campspot
Liliia Zaidullina currently holds the position of Senior Software Development Engineer In Test (SDET) at Campspot, where she has been employed since 2021. In her role, she is responsible for creating and troubleshooting test setups and executions in Continuous Integration (CI) using the Buildkite tool. She has developed and maintained the Playwright Screenplay pattern framework for UI End-To-End automation. Additionally, she owns and manages full epics of complex stories, effectively organizing and executing work throughout the entire epic.
Previous Experience in Software Testing
Before joining Campspot, Liliia Zaidullina accumulated significant experience in software testing roles. She worked at Bank of America Merrill Lynch as a Software Development Engineer In Test from 2019 to 2021. Prior to that, she served as a QA Automation Engineer at Gordon Food Service from 2017 to 2019. Her career began at the Federal Home Loan Bank of Chicago, where she worked as a Software Development Engineer In Test from 2015 to 2017.
Education and Expertise
Liliia Zaidullina studied at City Colleges of Chicago-Harold Washington College, where she earned an Associate of Arts (AA) degree in Business from 2019 to 2021. Her educational background provides a foundation for her technical expertise in software development and testing.
Technical Skills and Contributions
In her various roles, Liliia Zaidullina has demonstrated proficiency in several technical areas. She has used JDBC drivers for database testing and written SQL queries for data validation. She has also analyzed the root causes of failed tests and worked to improve test flakiness, contributing to more reliable testing processes.