Worked on the torvalds/linux repository to develop a task-based throttling capability for the Linux Completely Fair Scheduler (CFS). This feature introduced new data structures and mechanisms in C, enabling tasks to be throttled while remaining in the run queue, which allows for more granular control over task execution and resource allocation. The approach focused on kernel development and scheduling algorithms, establishing a foundation for improved fairness and responsiveness under high contention. By implementing throttle task work paths and a model switch within sched/fair, the work laid important groundwork for enhancing throughput and fairness in operating system scheduling environments.