Digital Design with Verilog
Pipelined arithmetic datapath, priority encoders, shift registers, and flip flops — designed and tested in Verilog.
Hi, I'm Rohith A P
B.Tech Electronics & Communication Engineering student at Amrita Vishwa Vidyapeetham. Interested in digital hardware design, VLSI, RTL design, and semiconductor engineering.
About
I am an Electronics and Communication Engineering undergraduate interested in digital hardware design and semiconductor engineering. My primary technical interests are VLSI design, RTL development, digital verification, and computer architecture. I enjoy understanding how digital systems work at the hardware level and translating concepts into practical implementations through HDL-based design and experimentation.
I have been developing my understanding of Verilog, SystemVerilog, digital electronics, and hardware design workflows through coursework, independent projects, and hands-on experimentation. I am particularly interested in the semiconductor industry and opportunities to work on real-world hardware design and verification problems.
Technical Interests
Digital Design and Hardware
- Digital Electronics
- Verilog HDL
- SystemVerilog
- RTL Design
- Digital Logic Design
- Computer Architecture
- Pipeline Design and Hazard Analysis
VLSI and Semiconductor Engineering
- VLSI Design
- RTL-to-GDS Design Flow
- CMOS Digital Circuit Design
- Cadence Virtuoso
- Circuit-level experimentation
- Digital Design Verification
Hardware and EDA Tools
- ModelSim
- EDA Playground
- Cadence Virtuoso
- LTspice
- Shrike Lite FPGA board
Featured Projects
FPGA-Based Hardware Experimentation
Shrike Lite FPGA board and RP2040-based control — bitstream programming, digital logic, and GPIO interfacing.
Wearable Conversational Assistance
Ongoing research project using computer vision to assist blind and visually impaired individuals during social interactions.
Read the latest content from my Blog
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Hello, Ingots
Welcome to my portfolio. I document my electronics endeavors, hardware experiments, and notes on digital design and VLSI.
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