LEAD WIRELESS SYSTEMS ENGINEER & ARCHITECT
I build reliable wireless technology that helps people connect, interact, and get more from the devices they use every day.
Wireless architecture shaped around real product constraints.
Designing dependable radio systems where spectrum, power, coexistence, and human experience meet.
My work spans system definition, RF architecture, link budgets, multi-radio coexistence, sensing, and cross-functional integration with chipset, antenna, firmware, and product teams.
Lead Wireless Systems Engineer in Reality Labs, based in Sunnyvale, California. Defined wireless architecture for Meta Quest 3 and Quest 3S, including chipset selection, link budgets, RF architecture, coexistence, and power optimization.
Developed a method that uses channel signatures to classify user or device state without adding a dedicated hardware sensor.
Contributed mixed-reality traffic profiles and user-experience KPI data to the Bluetooth SIG–Wi-Fi Alliance Joint Task Group on Bluetooth/Wi-Fi coexistence.
Led system design and characterization work spanning iPhone, iPad, and Apple Watch, with focus on UWB integration, power control, coexistence, and spectral efficiency.
Earned second place in Apple’s hardware hackathon, competing among 350 teams.
Publicly documented inventions in wireless systems and device interaction.
Apple · Granted patent family · 27 forward citations
Apple · Granted · 19 forward citations
Apple · Granted patent family · 4 forward citations
Apple · Granted patent family · 3 forward citations
Google PatentsMeta · Published August 2024
Meta · Pending U.S. patent application
Meta · Pending U.S. patent application
The CV includes the complete patent and application list, forward-citation summary, and selected assignee details. Patent applications are labeled separately from granted patents.
Independent technical review and standards participation.
Six completed manuscript reviews across four IEEE publications in communications, networking, and the Internet of Things.
IEEE Senior Member. Contributor to the Bluetooth SIG–Wi-Fi Alliance Joint Task Group, with technical input on mixed-reality traffic profiles and coexistence KPIs.
Web of Science researcher recordExperience and education.
Wireless architecture, coexistence, sensing, RF performance, and power optimization for mixed-reality products.
Wireless system design and characterization for iPhone, iPad, and Apple Watch product lines.
Professional profiles and researcher identifiers, collected in one place.