ECE Undergraduate • Arunai Engineering College (2025–29)

Hi, I'm Pavithra Kalaiarasan

VLSI Designer

I am passionate about digital systems, programming, and hardware design. I enjoy building practical systems that combine electronics and software.

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Dark themed digital electronics circuit board illustration with IC chip, logic gates, and FPGA patterns
01

About Me

I'm an ECE Undergraduate at Arunai Engineering College (2025–29), based in Tiruvannamalai, Tamil Nadu. My focus is on VLSI & Digital Design, and my journey into engineering started with curiosity about how circuits power the devices we use every day.

I've been actively learning programming languages like C and Java, alongside hardware description languages such as Verilog HDL. This combination of software and hardware skills allows me to approach problems from multiple perspectives.

My goal is to specialize in building embedded systems and eventually contribute to chip design and FPGA development. I believe that understanding both the software and hardware layers is essential for creating efficient, real-world solutions.

Continuous Learner

Always exploring new technologies in electronics and software development.

Hardware Enthusiast

Passionate about circuit design, FPGA, and VLSI architecture.

Problem Solver

Combining software and hardware to build practical, efficient systems.

02

Skills & Expertise

Programming

  • C
  • Java

Electronics

  • Digital Electronics
  • Logic Gates
  • Boolean Algebra
  • SOP & POS Simplification
  • Signals & Waveforms
  • FPGA Basics
  • Verilog HDL

Tools

  • VS Code
  • Git & GitHub
  • Arduino IDE
  • Simulation Tools
03

Featured Projects

Morse Code Detector

Arduino-based project that detects Morse code input using a touch sensor and converts it into readable characters through serial output.

Arduino Embedded C Sensors

Logic Gate Simulation

Implementation and testing of digital logic gates using Verilog and simulation waveforms.

Verilog HDL Digital Electronics

MOS Inverter Design

Basic CMOS inverter model and simulation to understand digital switching behavior.

Digital Electronics Verilog Modeling

Combinational Circuit Design

Design of circuits such as multiplexers, demultiplexers, and adders using hardware description and simulation.

Verilog Digital Logic Design
04

Learning Journey

2025

Foundation Year

Started learning programming with C. Built a strong foundation in logic, algorithms, and computational thinking.

2026

Expanding Horizons

Learning Java and digital electronics. Exploring hardware-software integration and digital circuit fundamentals.

Current

Deep Dive

Studying Verilog HDL and digital system design. Building simulation projects and understanding chip-level architecture.

Future

Next Frontier

FPGA development and chip architecture. Aiming to contribute to real-world VLSI design and embedded systems innovation.

05

Get In Touch

Have a project idea, internship opportunity, or just want to connect? I'd love to hear from you.

Email pavitvm2008@gmail.com
GitHub github.com/pavithra-k915
LinkedIn Pavithra Kalaiarasan