15 years in the guts of cellular networks — 5G, LTE, and IoT — now building on the device side.
I've spent 15 years in the guts of cellular networks — designing test plans, validating live 5G and LTE deployments, and driving root-cause analysis across the full protocol stack, from the modem and radio layer through the carrier core to the application server.
Along the way I've been the technical bridge between carriers, equipment vendors, and 3GPP standards, led an NB-IoT deployment end to end, and set a world record for mmWave fixed-wireless range — work that also earned a U.S. patent and an IEEE publication.
Now I'm bringing that depth to the device side. The cellular systems I tested from the network are built on modules and silicon that need people who understand both the radio and the integration. That's the work I'm building toward — hands-on, one project at a time.
A Linux + cellular + GNSS tracker for my motorcycle — it reports live location over LTE to a self-hosted map and pings me if the bike moves when it shouldn't. Built on a Qualcomm-based SIM7600 module: the same class of hardware the cellular-IoT industry ships at scale.
Embedded Linux, cellular module bring-up over AT, a live LTE data session, GNSS integration, and cloud reporting — the full device-side stack, end to end.
Build log ↗B.S. Electrical Engineering, University of Illinois Urbana-Champaign · MBA, Saint Xavier University