Worked on enhancing the linux-test-project/ltp repository by improving the stability of memory-management tests, specifically targeting Memcg v2 scenarios. Addressed test flakiness by disabling swap within cgroup v2 test environments, ensuring that memory limits are strictly enforced and out-of-memory behavior aligns with expectations. This approach resolved failures caused by differences in swap accounting between cgroup versions, leading to more reliable and accurate test outcomes. Utilized shell scripting and cgroup management skills to implement these changes, focusing on kernel testing workflows. The work contributed to increased CI reliability and provided better validation for real-world memory pressure conditions in the test suite.