• Designed innovative network solutions for multi-cluster Kubernetes traffic ingress and service mesh.

• Developed a non-cluster dependent system for efficient traffic routing to Peloton's backend services.

• Successfully migrated workloads from a single Kubernetes cluster to a scalable multi-cluster environment, including the ability to replace production Kubernetes clusters in a half hour or less.

* Designed and let the development of multiple Rust based Kubernetes operators and web hooks to simplify application deployment and to keep broken configurations from shipping to production.

• Designed and built Kotlin shared libraries and Gradle plugins to enhance microservice engineering at Peloton.

• Developed GitHub actions tooling to streamline the development process, reducing boilerplate and code duplication.

• Collaborated with staff engineers to implement microservice best practices and scalable service architecture.

Re-engineered Smartling’s customer facing web application from a monolith, to a TypeScript based NodeJS services implementing a micro frontend architecture. Enabled frontend engineers to build and deploy single page applications and web components independently of one another and facilitate the adoption of new frontend technologies.

Lead engineer for Smartling's native iOS & Android SDKs. Created system level frameworks for iOS and Android to enable customers to QA translations inside their native applications, provide over the air updates to localized content, and capture native application context to help translators more accurately translate content.