Led migration of a 100TB telemetry archive from legacy storage to a modern data platform, reducing infrastructure and operational costs by approximately $100K annually while improving data accessibility for analytics and diagnostics.

Built a serverless health monitoring system leveraging Azure Event Hub, Functions, Blob Storage, and Courier to automatically detect and escalate operational anomalies across deployed systems in near real time.

Directed modernization of internal tooling by migrating legacy WPF desktop applications to a React + ASP.NET web platform, improving maintainability, deployment velocity, and cross-team accessibility.

Championed engineering quality and reliability practices, leading design reviews, and improving CI/CD pipelines in Azure DevOps.

Implemented secure authentication and authorization by integrating Azure Key Vault and Microsoft Entra ID (Azure AD), enforcing RBAC and OAuth-based access control across internal services.

Developed a WPF-based commissioning application integrated with backend APIs to support real-time field device configuration, tracking, and site data synchronization for deployment teams.

Implemented gRPC and Protobuf communication layers to enable low-latency, high-throughput data exchange between the UI platform and embedded firmware systems.

Built a fleet analytics dashboard using React and ASP.NET to analyze global site performance over time, leveraging downsampled telemetry datasets (1–15 minute intervals) and events for scalable historical insights.

Contributed to backend service architecture and API development using C#/.NET, integrating SQL Server and time-series storage systems to support reliable access to historical telemetry data.