• Built a high-performance C++ market simulation engine using real-time data to model large-order execution, enabling pre-trade validation of routing logic and system behavior.

• Designed and integrated a C++ trading API with an OMS backend, enabling real-time order submission and visibility into execution lifecycle (fills, routing, and liquidity interaction).

• Investigated and resolved a production-critical bug in an event-driven OMS rule, restoring correct end-of-day cancellation of unfilled orders and ensuring trading compliance.

At Comcast, I work at the intersection of C++ systems engineering and large-scale video streaming. My role focuses on building and optimizing native video applications (Netflix, Amazon Prime Video) that ship to millions of devices worldwide.

Highlights :

• Debugging and fixing a 1 GB/hour GStreamer memory leak in a Netflix pipeline — enabling a stable production release.

• Designing a secure session migration system in C++ that preserved 3M+ user tokens during app upgrades.

• Release and Certified Amazon Prime Video Native App, working across SoC vendors and partner ecosystems.

• Fixed a production GPU crash by implementing Wayland EGL platform support, resolving OpenGL initialization issues that caused Amazon Prime Video failures on Broadcom devices.

• Improved system reliability by ensuring thread-safe graphics initialization using C++ concurrency primitives.

It’s a mix of low-level performance work, cross-platform systems debugging, and large-scale reliability engineering — the kind of problems that sit right at the edge of infra and end-user experience.

At ScriptChain, I built a full-stack messaging platform from the ground up, with a focus on scalability, real-time communication, and clean user experience.

Highlights:

• Designed and implemented a microservices architecture to handle unsent messages, group messaging, and persistent message history in MySQL.

• Built a real-time messaging backend with Node.js (Express + WebSockets) that supported bidirectional communication and seamless routing across microservices.

• Developed an Angular-based frontend where users could send new messages, manage conversations, and explore historical chat logs with a clean UI.

• Optimized database interactions with Node.js + MySQL packages, enabling fast inserts for message history and efficient group membership lookups.

It was a deep dive into distributed messaging systems, where I got to own both backend infrastructure and frontend delivery — bridging system design with user-facing experience.

At NYU Langone’s cardiology department, I supported clinical research efforts around MINOCA (myocardial infarction with non-obstructive coronary arteries).

My responsibilities included:

• Assisting senior medical staff with daily patient screenings to assess eligibility for ongoing studies.

Conducting supervised follow-up visits with patients via telephone to gather study data.

• Managing and organizing research documentation to ensure compliance with institutional and regulatory standards.

• Supporting hospital staff with administrative and operational tasks to keep research activities running smoothly.

• Completed AT&T’s selective Technological Academy program, designed to simulate enterprise-scale engineering challenges.

• Applied Agile development methodologies (Scrum, Kanban) in team-based sprints, mirroring the workflows of large-scale distributed engineering organizations.

• Designed and implemented system architectures including three-tier applications and microservices, focusing on scalability, fault tolerance, and modularity.

• Achieved a top 5% certification score (95%), demonstrating strong command of software engineering fundamentals, architectural design, and collaborative problem-solving.