• Located and eliminated efficiencies in automated tests to improve test times by up to 50% while maintaining accuracy

within 1% compared to manual testing

• Centralized testing and logging software through consolidating programs to effectively manage build versions

• Leveraged vendor programming APIs in VBA to extend compatibility with multiple brands of RF generators/ analyzers

• Composed technical documentation with Confluence to streamline transition from manual testing

• Overhauled hardware test automation tool and tripled the number of available functional tests

• Eliminated code redundancy to improve maintainability and removed inefficiencies to boost test runtimes

• Maintained statistics log software for microfluidics schematics in collaboration with professor

• Resolved bugs using C++ and GDB to improve lab research software and reduce test crashing by 10%

• Refactored codebase to reduce function sizes by 25% and improve test coverage by 15%

• Designed unit tests with CMake and Google Testing Framework to increase code coverage by over 50%

• Integrated testing service in the TravisCI CI/CD pipeline to accelerate merge reviews and increase iteration speed