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  • Indian Institute of Engineering Science and Technology, Shibpur
  • Kolkata,India
  • 16:10 (UTC -12:00)
  • X @SupriyoRoy2004

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7supriyo/README.md

Profile Visitors

πŸ“§ [email protected] | 🌍 Bishnupur, West Bengal

About Me πŸ‘‹

I'm a passionate VLSI enthusiast dedicated to the fascinating world of digital and analog circuit design. I'm captivated by how billions of transistors work together to power the technology that shapes our modern world. πŸ’»βœ¨

πŸŽ“ Education

  • Indian Institute of Engineering Science and Technology, Shibpur
    B.Tech in Electrical Engineering
    Focus: Hardware design, digital logic, and semiconductor technologies

πŸ› οΈ Projects

1. Motion Activated Security Lights πŸ πŸ’‘

  • Developed a home security system using a GSM module, PIR sensor, LED, and Arduino Uno to detect motion
  • The system activates an LED light and sends SMS alerts via the GSM module
  • πŸ”— Project Link

2. Analysis of Voltage Transfer Characteristic and Power Dissipation in a CMOS Inverter βš‘πŸ“Š

  • Designed and simulated a CMOS inverter circuit using LTspice
  • Analyzed voltage transfer characteristics (VTC) and power dissipation
  • Conducted DC and transient analyses to evaluate static and dynamic power dissipation
  • πŸ”— Project Link

3. Verilog Implementation of a Universal-Shift-Register πŸ”„πŸ’»

  • Designed and implemented a 4-bit Universal Shift Register in Verilog HDL
  • Utilized separate modules for D flip-flops and an 8-to-1 multiplexer for modularity
  • Tested using a Verilog testbench and visualized waveforms using GTKWave
  • πŸ”— Project Link

πŸ’Ό Work Experience

National Institute of Technology, Durgapur 🏫

  • Research Intern
    πŸ“… 2023
    Worked under the guidance of Professor Aritro Dey in the domains of Control Systems and State Estimation

GDG on Campus, IIEST Shibpur 🎨

  • Co-Lead of the Design Team
    Designed engaging posters and created promotional videos for GDG events

πŸ› οΈ Technical Skills

  • Programming Languages: C, Python, MATLAB, Verilog
  • Developer Tools: GitHub, VS Code, Google Colab
  • Circuit Design Tools: LTspice, PSIM

πŸ”₯ What Drives Me?

  • Curiosity: I'm endlessly fascinated by the intricate world of chip design and implementation
  • Problem-Solving: I thrive on optimizing circuits for power efficiency and signal integrity
  • Innovation: Always exploring new architectures and methodologies to push VLSI boundaries

πŸ† Achievements

  • Certificate of Distinction for exceptional performance during the Winter School 2024 organized by the Centre for Nano Science and Engineering (CeNSE) at The Indian Institute of Science (IISc)
    πŸ”— Certificate Link
  • 2nd Prize in "Electroquip" at SPHURAN 3.0 - The Electrical Department's annual technical fest of IIEST, Shibpur
  • Qualified for the final Simulation-Based Round in Electribitz of AXIS'24: The Annual Technical Festival of VNIT

πŸ“œ Certifications

  • Completed all VLSI lessons for beginners from the National Institute of Electronics and Information Technology
    πŸ”— Certificate Link

πŸ” Current Focus

  • Exploring FPGA design for reconfigurable hardware applications
  • Studying advanced concepts like ASIC design, timing analysis, and low-power techniques
  • Building a comprehensive portfolio to showcase my technical journey

🌐 Languages

  • English: Professional Proficiency
  • Bengali: Native Proficiency
  • Hindi: Conversational Proficiency

🎨 Beyond VLSI

When I'm not immersed in circuit design:

  • Creating posters and promotional videos as Co-Lead of the Design Team at GDG on Campus
  • Staying updated with emerging semiconductor technologies and industry trends
  • Enjoying coffee while debugging Verilog code (the essential fuel for VLSI engineers!)

🀝 Let's Connect!

I'm always eager to collaborate, discuss VLSI design, or explore new opportunities in semiconductor technology:

Let's build the future, one transistor at a time! ⚑

Pinned Loading

  1. Analysis-of-Voltage-Transfer-Characteristic-and-Power-Dissipation-in-a-CMOS-Inverter-using-LTspice Analysis-of-Voltage-Transfer-Characteristic-and-Power-Dissipation-in-a-CMOS-Inverter-using-LTspice Public

    Metal-Oxide-Semiconductor (CMOS) technology forms the backbone of modern digital circuits due to its low power consumption and high noise immunity.

    1

  2. Intruder-Alert-System-Using-Motion-Sensors-and-GSM-Module Intruder-Alert-System-Using-Motion-Sensors-and-GSM-Module Public

    This report has explored the design and implementation of a cost-effective intruder alert system utilizing motion sensors and a GSM module. This system offers a practical solution for residential o…

    1

  3. Modified-rock-paper-scissors-game Modified-rock-paper-scissors-game Public

    Added a 4th category - 'Water" in ROCK-PAPER-SCISSORS GAME

    Python 1

  4. Verilog-Implementation-of-a-Universal-Shift-Register Verilog-Implementation-of-a-Universal-Shift-Register Public

    This repository contains a Verilog implementation of a 4-bit universal shift register. It demonstrates various operating modes including hold, shift left, shift right, parallel load, and recirculate.

    Verilog 1

  5. A-differentiator-to-differentiate-input-voltage-that-varies-in-frequency-from-10-Hz-to-1kHz A-differentiator-to-differentiate-input-voltage-that-varies-in-frequency-from-10-Hz-to-1kHz Public

    AGS Script