I'm an M.Tech student at IIT Ropar (2024–2026), specialising in Electrical Engineering with a research focus on 5G NOMA systems and digital signal processing. I'm also a Research Intern at SkyFlock Uaviation, working on swarm drone architectures using ROS2, PX4, and Gazebo. I started Telecom Demystified to document and share what I learn — because the best way to deeply understand a system is to explain it clearly.
Having worked as a Computer Science & Mathematics instructor, I have an unusual lens: I think about how to communicate ideas as much as I think about the ideas themselves. Every article here is a technical deep-dive written the way I wish I had found when I was learning.
Background
SkyFlock Uaviation Pvt. Ltd. · Remote
Developing Python scripts for inter-drone communication protocols within a Swarm network. Utilizing ROS2 for real-time telemetry data analysis and state estimation of autonomous agents. Simulating multi-agent logic in Gazebo, optimizing path-planning algorithms for coordinated tasks.
Indian Institute of Technology (IIT) Ropar · Punjab, India
Specialisation in 5G Communication Systems and Signal Processing. Research on NOMA (Non-Orthogonal Multiple Access) receiver design with SIC, channel estimation, and uplink/downlink NOMA simulations. Current CGPA: 7.37.
Delhi Public School, Dharan · Nepal
Taught Python Programming fundamentals to senior students.
Purbanchal University · Biratnagar, Nepal
Foundation in power systems, electrical machines, and electronics. CGPA: 2.98 / 4.00. Majors: Power System.
The Mission
5G isn't just "faster internet." It's a fundamentally re-architected network enabling new use cases from autonomous vehicles to remote surgery. The standards are extraordinarily complex — and almost no one explains them in plain language. I'm trying to fix that.
Most IoT content is either product reviews or surface-level overviews. I write about the protocols, the hardware, the real-time constraints, and the communication architecture that makes IoT systems actually work at scale.
For engineers targeting IPR, patent litigation, or licensing roles — the ability to read, understand, and explain patent claims is invaluable and rare. The Patent Demystification series exists to build exactly that skill in public.