2025 — Now
New York, New York, United States
Lead and defined strategy for platform-wide enhancements focusing on data handling,
reliability, and automation.
Drove architectural decisions for large-scale systems, impacting data ingestion, processing, and
validation across hundreds of cloud services.
Designed and oversaw migrations of critical infrastructure components, ensuring stability and
long-term scalability.
Architected and spearheaded the development of a self-service configuration platform for
critical infrastructure, reducing manual review toil by ~90% (~60 engineer-hours/month) and
improving safety and velocity for hundreds of engineers. This involved designing robust validation
pipelines and automation.
Led the complex, multi-quarter re-architecture and sharding of a monolithic configuration
system, ensuring zero downtime for cloud services. This project improved system resilience and
enabled fine-grained control.
Designed, productionized, and enhanced a fleet-wide blackbox monitoring system, processing
large volumes of data to ensure the health and availability of all GCP system metrics. This system
was instrumental in early detection of major production incidents.
Designed and implemented a real-time Data Quality validation system, including automated
alerts, processing millions of events per second to ensure data integrity and consistency for
hundreds of cloud services.
Enhanced the reliability and speed of large-scale integration test suites through sharding and
improved failure isolation, boosting developer productivity.
Provided on-call support for critical distributed systems, diagnosing and resolving complex
production issues related to data ingestion, processing, and availability.
2023 — 2025
Toronto, Ontario, Canada
2021 — 2023
Toronto, Ontario, Canada
2020 — 2021
Toronto, Ontario, Canada
Engineered extendible event based proxy service that performs flow control operations such as deduplication and throttling on an event stream leading to improved reliability and availability of downstream services that suffered from the thundering herd problem
Developed several development tooling that resulted in increased velocity and productivity of the team leading to faster software deliveries and improved product quality
Performed instrumentation on internal services exposing metrics utilized in monitoring as well as alerting on concerning conditions leading to improved system visibility as well as reducing MTTR
Integrated hardware-based two-factor authentication using the WebAuthn Protocol leading to improved security
Redesigned and implemented a backend service to support multi-tenancy using Node.js, Nest.js, PostgreSQL, and Redis leading to improved quality, performance, and reliability
Rearchitected and implemented a fault-tolerant internal sidecar service in charge of making internal systems chain aware by communicating with several blockchain protocols leading to improved reliability and performance gains of 30%
Toronto, Ontario, Canada
Led team of 6 intern developers and designers to develop microservices API gateway solution using Python, React, Docker, Redis and MongoDB, leading to smooth development and delivery of MVP.
Developed React render adapter that natively renders React and jQuery into existing UI, leading to seamless integration of multiple new and legacy components.
Integrated smoke tests into build pipeline using Cypress and, Jest reducing undetected bugs by 10 - 20%.
Collaborated on architectural decisions of internal framework, contributing ideas and discussing tradeoffs of proposed solutions, leading to improved performance of 20% that met business requirements.
Education
Ontario Tech University
Bachelor of Information Technology
freeCodeCamp
Full Stack Web Development Certification
Blyth Academy
Ontario Student Secondary Diploma
Lekki British International School