Joshua Roy Palathinkal
I'm a Ph.D. student in Electrical Engineering at the University of Notre Dame and a Presidential Leadership Fellow, concurrently pursuing an M.S. in Applied and Computational Mathematics and Statistics. My research focuses on wireless networks, shared spectrum, and measurement-driven analysis of real-world deployed 4G-LTE, 5G-NR, and Wi-Fi systems.
Previously, I earned an M.S. in Electrical Engineering from Drexel University as a Seaman Endowed Fellow, and a B.Tech. in Electronics & Telecommunication Engineering from IIEST Shibpur, where I received the Undergraduate Research Excellence Award. Before moving into wireless networks, my work included signal processing, analog and digital hardware systems, device fabrication, nanotechnology, and materials modeling.
I have published in leading conferences and journals, and received the Best Paper Award in Springer's Circuits, Systems, and Signal Processing, along with other recognitions. In summer 2025, I worked under Matt Ettus at a stealth startup on radio technology for drone networks. I also care strongly about leadership and teaching, and have served as a teaching assistant for more than 10 university-level courses. Pursuing my Ph.D. under Prof. Monisha Ghosh, former FCC Chief Technology Officer, has also given my research a policy dimension, with my work contributing to FCC comment filings on spectrum sharing and wireless regulations.
Email /
GitHub /
Google Scholar /
LinkedIn /
CV
|
|
Research
My research is on advancing next-generation networks by solving problems in wireless systems through expertise in standards-specific analysis (4G-LTE, 5G-NR, IEEE 802.11), hardware-based experimentation, and data analysis approaches integrating statistical modeling, signal processing, and machine learning.
|
Experience
Engineering Intern – Radio Solutions (Stealth Startup)
Manager: Matt Ettus | June 2025 – August 2025
Developed custom software-defined radio for ad-hoc frequency hopping across high-node-count drone networks. Conducted RF testing and designed PHY/MAC protocols with built-in resiliency against frequency jamming in contested defense environments.
Research/Teaching Assistant – Wireless Institute, University of Notre Dame
Advisor: Prof. Monisha Ghosh | 2023–Present
Focus areas: 5G/4G/Wi-Fi, PHY/MAC, RF propagation modelling, CBRS/6 GHz spectrum sharing, neutral-host/private-networks, GNSS reliability.
Research/Teaching Assistant – DWSL, Drexel University
Advisor: Prof. Kapil Dandekar | 2021–2023
Focus areas: Signal processing, reconfigurable surfaces, direction of arrival estimation, SDR testbed, LTE PHY-stack.
Prior Research Experience
IIT Bombay, IIT Hyderabad, IIT Guwahati, Indian Defence Research Lab
|
Selected Publications
(Featuring awards and work not yet indexed in Google Scholar)
Indoor Neutral-Host Networks Over Shared Spectrum and Shared Infrastructure: A Comparison Study of Real-World Deployments
JR Palathinkal, MI Rochman, V Sathya, M Yavuz, M Ghosh
npj Wireless Technology (Nature) — Accepted
Coexistence evaluation of a 3GPP specific 5G implementation with airborne incumbents
A Tusha, JR Palathinkal, and M Ghosh
IEEE VTC 2026-Fall — Accepted
Comprehensive Analysis of Cellular Uplink Performance in a Dense Stadium Deployment
SM Shuvo, HI Nabil, JR Palathinkal, MI Rochman, M Ghosh
IEEE VTC 2026-Fall — Accepted
Neutral-Hosts In The Shared Mid-Bands: Addressing Indoor Cellular Performance
MI Rochman, JR Palathinkal, V Sathya, M Yavuz, M Ghosh
IEEE DySPAN 2025 — Best Paper Runner-up (2025)
Hardware Design with Real-Time Implementation for Security of Medical Images and EPMR
S Ghosh, Y Bhateja, JR Palathinkal, H Rahaman
Springer Circuits, Systems, and Signal Processing (2022) — Armen H. Zemanian Best Paper Award (2022)
|
|