M.Tech thesis, IISc, on arXiv
Practical RIS gain without the pain
The RIS points a random beam every slot. Whichever user sees a strong channel reports it, and the base station serves that user. Near-optimal gain, no channel estimation.
About
I turn wireless theory into radios that work over the air.
5G and 6G, intelligent surfaces, positioning. Off work, usually on the road somewhere.
Institute Gold Medal, IISc
M.Tech, Electronics and Communication
M.Tech, Electronics and Communication
MATLAB
Python
C/C++
Verilog
Vivado
CST
ADS
LaTeX
WorkScroll to follow the trace
- 2026 – now, Bangalore
Qualcomm Wireless Research Engineer
Cellular positioning for 5G and 6G.
- 2025 – 26, Bangalore
IISc Teaching Assistant
Random Processes and Digital Communications.
- 2025, Bangalore
Qualcomm Research Intern
Machine learning for XR over Wi-Fi.
- 2023 – 24, Pune
Bitmapper FPGA Design Intern
Real-time camera pipelines on Xilinx FPGAs.
ResearchBoth demos are live
B.Tech project, published 2025
A 3D-printed broadband absorber
Made for radar: it soaks up 8.5 to 29.2 GHz, so the radar pulse never echoes back. Works at any angle and polarisation.
Education
IISc Bangalore
M.Tech, ECE. Gold medalist.
IIIT Nagpur
B.Tech, ECE.
Tirumala Junior College
Intermediate, MPC. Rajahmundry.
Bhashyam Public School
Class 10. Mandapeta.
Places18 so far, and counting
Tap a place on the map or below.
Say hello
Wireless, research, or a good route for my next trip.
gunasaikiran8055@gmail.com