Building innovative solutions at the intersection of hardware and software
Designed and implemented an optimized 8×8 bit Dadda Multiplier using advanced 4-2 and 3-2 compressor techniques for large-scale multiplier applications, achieving 16% speed improvement and 8% power reduction.
Developed a complete RISC-V processor implementation from ALU design to multi-stage pipelining with comprehensive hazard handling, instruction decoding, and register file operations.
Designed a packet sorting system using AXI4-Lite Protocol with intelligent data classification for 32-bit packets, utilizing dual FIFO architecture optimized for low-latency operation.
Worked on developing and training a Machine Learning Model for an ADAS-based Project, achieving over 94% accuracy. Also worked as a Project Intern on Network Handover between Cellular Networks (4G LTE) and Wi-Fi Network, using Bash and OpenAir Interface in Unix CLI.
Designed and built an autonomous line-following robot for the RoboRythm competition, featuring sensor-based navigation and real-time path correction algorithm. Achieved 2nd Runner-up position.
Hands-on training in FPGA-based digital system design, RTL synthesis, and hardware prototyping during summer internship, covering the complete RTL to bitstream workflow and multiple digital system implementations.