​Product Ownership & Strategy (FB/Messenger Channels): Serve as the Directly Responsible Individual (DRI) for the Channels Android ecosystem. Partnered with cross-functional leadership (PM, Design, Data Science) to define the product roadmap, identifying key virality levers that led to a 30x increase in cross-app sharing.

​0→1 Product Launch (Reality Labs): Led the end-to-end client-side architecture and launch of the Meta Quest VR Calendar. Transitioned the project from conceptual prototype to production-ready utility using Jetpack Compose and GraphQL, ensuring deep integration with Google and Outlook ecosystems.

​Growth & Engagement Engineering: Architected and deployed high-scale sharing services using Kotlin and Litho. These technical refactors directly contributed to a 4x rise in creator-to-fan engagement by reducing friction in the user journey.

​Technical Leadership & Mentorship: Drive engineering excellence by establishing best practices for Android and VR development. Mentor junior and mid-level engineers through complex code reviews and architectural design sessions, improving team velocity and code maintainability.

​Cross-Functional Fluency: Act as the primary technical voice in product spec reviews, ensuring technical feasibility while advocating for user-centric design patterns and performance-first mobile architecture.

• Implemented experiments and data models to increase customer engagement by 5% using Java, Kotlin, and Android’s UI Toolkit

• Engineered innovative features that boosted customer acquisition by 4% using Java and JavaScript.

• Automated the testing process and reduced the number of bugs by 20% by implementing a CI pipeline

• Engineered a new Java, JSP cancel flow for mobile and web users, reducing customer service load by 2x.

• Enhanced the checkout experience to reduce cart abandonment and boost customer loyalty, increased repeat purchases by 2%

• Reduced ticket count by 50% by implementing feature gating to prevent implementation leakage

• Assisting Gait Therapists to promote Locomotor Recovery for patients post-stroke by simulating a Virtual Reality environment on a treadmill.

• Using Unity to develop a virtual environment of Chicago Riverwalk with auto-generated obstacles of various difficulty levels.

• Creating an application using Node.js backend and React JS frontend to facilitate control over the virtual environment setup.

• Developed a code library that converts design wireframes into website elements using HTML, and JavaScript speeding the conversion rate by 2x

• Enhanced the scalability of front-end elements by optimizing them for loading speed and performance resulting in 35x decrease in loading speed.

• Reduced manual testing efforts by 75% by developing and deploying a REST API automation framework using Java’s Rest-Assured and TestNG