• Architect and primary developer of Meta’s gradual feature rollout platform, a key component of AI-native development workflow to enable fleet-wide safe feature deployment by default.

• Key member of infra-wide reliability committee, setting goals and coordinating efforts across deployment, observability and development infra to improve development velocity and service reliability, with a focus on agentic safety.

• Primary contributor to Nomulus, Google's open source scalable domain registry platform on GCP. Admin of its user community and its open source advocate.

• Technical lead of Google Registry. Responsible for the design, implementation and operations of GKE-based next-gen registry application.

• Architect of Google Registry’s operation procedures. Designed and implemented its monitoring framework and CI/CD pipelines.

• Key liaison between engineering and business teams, leading to commercially successful launches of widely adopted namespaces such as .app and .dev.

• Conceptualized, designed, implemented and launched the .new action domains, an innovative approach to utilizing domains for time-saving quick actions.

• Proven records of both independent development with technical deep dives, and leadership of complex projects involving multiple engineers and collaboration with business, legal and marketing.

• Google-wide instructor on software quality and testing, teaching engineering best practices to new employees in the Americas region on a monthly basis.

• C++ implementation of the core analytics engine in BlackRock’s Aladdin risk management and investment analytics platform.

• C++ implementation of a statistical econometrics residential mortgage prepayment model for mortgage-backed securities trading and risk analytics.

• Python implementation of a bespoke statistical cash flow model for an external client to successfully pass the Federal Reserve’s stress testing and CCAR.

• Perl/SQL/DSL hybrid implementation of an automated daily economy, risk and valuation analysis report for the agency MBS trading desk.

• Modeling of solid state materials within the density functional theory framework for solar and electronic applications.

• Theoretical development and implementation of a quantum mechanical representation for oxidation states in semiconductors.

• Administration of GNU/Linux workstations and a 48-node cluster for the research group; and utilization of DoE and DoD supercomputers for massively parallelized scientific computing.