I am a Senior Systems Engineer at Qualcomm Wireless R&D, San Diego, CA, where I contribute to 6G physical layer research. I received my PhD in Electrical and Computer Engineering from Purdue University, where I worked with Prof. David Love and Prof. James Krogmeier on Signal Processing and AI/ML for Wireless, focusing on Integrated Sensing and Communication (ISAC). Before joining Purdue, I was with the 6G Research Team at Samsung Research, contributing to AI-assisted Mobility Management for 5G FR2. During my PhD, I interned at Qualcomm Wireless R&D, where I developed RF Sensing Algorithms for XR Devices.
2025
I successfully defended my dissertation, "Advanced Signaling for Integrated Sensing and Communication in Wireless Networks" (March 2025).
A preprint of our paper, “Hybrid Fingerprint-based Positioning in Cell-Free Massive MIMO System”, is now available.
2024
A preprint of our paper, “Spatial-Division ISAC: A Practical Waveform Design Strategy via Null-Space Superimposition”, has been accepted to IEEE Transactions on Wireless Communications.
Our paper “Ambient IoT: Communications Enabling Precision Agriculture” has been accepted to IEEE Communications Magazine.
Our paper “Practical Waveform Design for ISAC Systems: An Instrument Variable Approach” was presented at IEEE Asilomar Conference on Signals, Systems, and Computers 2024.
I completed my summer internship at Qualcomm (San Diego, CA) where I developed RF sensing algorithms for XR devices.
Our papers “Constant Modulus Waveform Design with Block-Level Interference Exploitation for DFRC Systems” [Slides] and "Simulation-Enhanced Data Augmentation for Machine Learning Pathloss Prediction" have been presented at IEEE International Conference on Communications (ICC) 2024.
I was selected as a finalist of the Qualcomm Innovation Fellowship 2024.
2023
Our paper “Fusing Channel and Sensor Measurements for Enhancing Predictive Beamforming in UAV-Assisted Massive MIMO Communications” has been accepted to IEEE Wireless Communications Letters.
I passed my Ph.D. preliminary exam (Fall 2023).
A preprint of our paper, “Constant Modulus Waveform Design with Block-Level Interference Exploitation for DFRC Systems”, is now available.