◦ Developed tests to recreate client’s issue with high tail latencies when writing to SSDs. Discovered poor

performance was due to interrupt requests being serviced by CPUs scheduled to run high priority processes.

◦ Designed an update to the CPU scheduling algorithm enabling interrupt request load to be accounted for when

determining optimal CPUs. Laid foundations for new interrupt request scheduling policies.

◦ Implemented a mechanism to periodically check for changes in interrupt request load on key CPUs, automatically

triggering re-ranking and rescheduling of CPUs and processes when interrupt request policies are violated.

◦ 95% improvement in client’s tail latencies as a direct result of updated CPU scheduling algorithm.

◦ Designed automation tool that updates testing code after a database migration. Conceptualized how to parse C++

test files, translate legacy code to reference new database, and test newly generated code.

◦ Deployed tool to migrate 65+ files and translate 1200+ legacy references.

◦ Improved migration times from 2 days per file to under 30 minutes saving over 1000 engineer-hours

◦ Future-proofed automation tool by allowing easy integrations with upcoming database migration projects.

Plan lessons tailored to individual high school students focused on a computer science topic.

Help students understand and solve difficult competitive programming problems.

Teach standard programming practices and give tips on how to optimize code.

◦ Co-led team tasked with transitioning business critical dashboards to cloud leveraging SCRUM Agile methodology.

◦ Partnered and interviewed 25+ clients to understand business needs. Crafted individual migration plans for clients

ensuring new dashboards would support previous integrations.

◦ Managed stakeholder expectations and achieved 100% satisfaction score. Migrated all dashboards.