Worked on slatedb/slatedb to optimize storage throughput by implementing a Write Ahead Log (WAL)-driven flush policy for Level 0 storage. Developed a mechanism that triggers an L0 flush after a defined number of WAL entries, directly addressing write throughput and storage management challenges in high-volume workloads. This approach laid the foundation for further WAL-based optimizations and reduced storage pressure. The work demonstrated proficiency in Rust programming, asynchronous programming, and database management, with a focus on performance tuning and collaborative development. No major bugs were fixed during this period, as efforts centered on feature delivery and storage engine enhancements.