FPGA / RTL / Digital Systems

M.Tech in Communication Engineering & Networks, NITK Surathkal (incoming) · B.Tech ECE, IIIT Nagpur. Architecting mission-critical RTL designs and high-performance digital systems.

Verilog SystemVerilog Vivado AXI4 Zynq-7000 RFSoC
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% Faster Sync
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Internships
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RTL Projects
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Top National Rank
Academics

Education

M.Tech — CEN

Aug 2026 — Jun 2028

National Institute of Technology Karnataka, Surathkal

Communication Engineering and Networks

B.Tech — ECE

Nov 2022 — Jul 2026

Indian Institute of Information Technology Nagpur

Electronics and Communication Engineering · Grade: 7.5

Overview

System Architecture

Bitmapper

Architecting Ethernet-based QSPI systems for JTAG-free remote bitstream updates.

ISRO (NRSC)

Optimized RTL for symbol sync & AGC modules on Zynq-7000 with 15% faster convergence.

Awards

Top 2% (10 of 600 teams) in TrackShift 2025, hosted at Plaksha University with HAAS F1 support.

Career

Professional Work

FPGA Intern

Bitmapper Technologies, Pune

Jan 2026 — Jul 2026
  • 01Architected a remotely reconfigurable QSPI flash update over Gigabit Ethernet, enabling FPGA bitstream upgrades without physical JTAG intervention.
  • 02Designed and implemented a SPI flash controller supporting sector erase, page programming, read operations, and status monitoring via AXI Quad SPI and FSM-based control logic.
  • 03Integrated Ethernet packet processing, AXI interfaces, and QSPI storage to achieve reliable remote transfer, storage, and verification of FPGA configuration images.

Project Intern

National Remote Sensing Center (ISRO), Shadnagar

May 2025 — Sept 2025
  • 01Implemented synthesizable Verilog modules for symbol synchronization and Automatic Gain Control (AGC) on Xilinx Zynq-7000, improving synchronization convergence by 15%.
  • 02Configured and validated ADC-DAC loopback systems on RFSoC ZCU208 using TICS Pro, Vivado, and Vitis for real-time FPGA deployment and testing.
  • 03Integrated ADRV9361-Z7035 SDR loopback platforms with custom Vivado designs, combining multiple IP cores for RF signal processing.
  • 04Developed hardware implementations of Viterbi and Reed-Solomon decoders targeting a 15-20% reduction in bit-error rates.
Toolbox

Technical Stack

Languages

Verilog SystemVerilog Python C/C++

Tools

Git Vivado Vitis HFSS MATLAB Proteus 8

Protocols & Platforms

AXI4 SPI I2C Ethernet UART Zynq-7000 RFSoC ZCU208 Kintex XCKU085
Build Log

Logic Projects

01 //

Vivado Report Analyzer

Vivado, Verilog, DRC/Timing/Power Reports

Automated synthesis & implementation report parser that flags critical violations, timing failures, and power/thermal issues before bitstream generation, tracing DRC and methodology violations back to exact RTL source.

Analyze RTL
02 //

I²C Address Translator

SystemVerilog, Vivado, EDA Playground

FSM-based translator letting two identical-address devices coexist by remapping virtual addresses to a single physical device without affecting data integrity. Verified with a SystemVerilog testbench.

Analyze RTL
Ongoing

Research

Compact Dual-Band Wearable Antenna

Ongoing

Designed and simulated a compact dual-band wearable antenna for ISM and Sub-6 GHz 5G NR applications, operating across 2.4442–2.5200 GHz and 3.6400–3.7652 GHz, using HFSS.

Curriculum

Coursework

Digital Signal Processing Digital & Analog Communications Waveguides & Antennas Embedded Systems Digital Circuits CMOS VLSI Design Computer Architecture Digital Image Processing
Interactive

Signal Lab

Error Correction Visualizer

Real-time Syndrome-Based Error Correction Logic

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