San Francisco Bay Area
Make LinkedIn Feed more engaging
[2025-present] Driving AI adoption across 3 orgs of 1k engineers [2025-present] Responsible for supporting a team that operates LinkedIn's largest backends serving feed posts and social interactions [2023-2025] Responsible for supporting a team that enables partners to build on Feed with ease and speed [2022-2023] Responsible for supporting a team that brought repost list and repost to the LinkedIn Feed.
Responsible for leading Java API development for LinkedIn Feed
Responsible for developing Java API for LinkedIn Feed
Leads development of breakthrough wireless communication algorithms in user and kernel space. Collaborates with hardware and system engineers to plan, execute and deliver government / commercial / academic projects totaling 2.8 million dollars to date • Led software implementation of Transmitter Beamforming, a first-of-its-kind technology in tactical radio industry that improves wireless communication range by 4 times without increased power consumption. Widely used in unmanned systems, transportation, military / law enforcement, and broadcasting. Sped up computation speed by 3 times in later revisions. • Led software development of Interference Immune technologies on radio prototypes for Small Business Innovation Research (SBIR) projects. • Designed and implemented Pair-wise RF Ranging System, in collaboration with Applied Physics Lab (APL) of John Hopkins University. Capable of providing wireless ranging accuracy in meters. • Software implementation of wireless network defense data collection equipment
Responsible for full stack development of commercial product features. • Completed development life cycle of all product APIs from planning, design, to implementation and testing. • Led implementation of product security features including licensing, authentication and encryption in compliance with Federal Information Processing Standard (FIPS). • Designed and implemented automated firmware release pipeline and board bringup. • Implemented custom Linux boot loaders for Xilinx Zynq ARM platform. • Web interface development for customer demonstrations and evaluations.
Responsible for teaching 6 quarters of Digital Signal Processing Lab course at UCLA. • Developed programming lectures and lab exercises involving programming TI DSP boards with C code.
Responsible for leading software development of a self-adaptive wireless communication radio prototype in fulfillment of an Organization of Naval Research (ONR) contract. • Developed protocol and algorithm based on theoretical models. • Result published on IEEE TRANSACTIONS ON WIRELESS COMMUNICATIONS.