Hi, I'm Abhigyan

Student, Programmer, and U-17 State Chess Champion

Connect on LinkedIn

About Me

I am a passionate student driven by a profound love for logical problem-solving, which I try to express both on the chessboard and through code. As a competitive chess player and an aspiring programmer, I like to challenge myself to analyze complex situations, calculate precise outcomes, and execute winning strategies.

Whether I'm learning new programming languages or preparing for my next chess tournament, I am trying to constantly develop my logical and analytical skills to my level-best. I believe that the discipline and analytical thinking required in chess will help me write efficient and elegant code.

My curiosity also reaches beyond the terrestrial, into the vast mechanics of the cosmos. I am deeply fascinated by astronomy and the engineering required for space exploration—viewing the universe as the ultimate complex system, governed by the same mathematical beauty and logical precision present in every line of code.

Abhigyan's Profile Picture

Strategic Thinking: From Board to Code

"My passion for chess helps me create a blend of strategic thinking and analytical skills

which helps me optimize my computer programs and solve complex problems."

♞

Pattern Recognition & Foresight

In chess, anticipating the opponent's strategy is key. I bring this same foresight into software architecture, deducing various cases and planning the most appropriate and optimized patterns from the first line of code.

</>

Algorithmic Logic & Debugging

Just as a bad move can cost a game, an unoptimized algorithm can break an app. I like to break down complex problems logically and methodically debugging until the system runs flawlessly.

Achievements & Honours

🏆

U-17 Assam State
Chess Champion

Secured the first place in the state-level under-17 championship, competing with young prodigies across Assam.

U-17 State Champion Award
🧠

Top 10% India
IOQM

Ranked in the top decile nationally in the Indian Olympiad Qualifier in Mathematics.

IOQM Certificate
📜

AACA Special
Felicitation

Formally felicitated by the All Assam Chess Association for representation of the state in national-level championships.

AACA Felicitation Award
🏅

4th - All India
Schools Chess

Secured a 4th position in national ranking at the All India Open FIDE Rating School Chess Tournament, competing against various young talents.

4th - All India Schools Chess
👑

Arena FIDE
Master Title

Awarded the official AFM title by the International Chess Federation (FIDE) for maintaining consistent 1400+ rating across 150 games.

Arena FIDE Master Title Proof

The Learning Roadmap

Python Mastery: (Angela Yu's 100 Days of Code) WebDev Mastery: Responsive Web Design Certification by freeCodeCamp.org C++ & Data Structures: (Class 11 C++ by Sumita Arora) Basics of Arduino: (Tinkercad)

Exploring New Frontiers

Learning Log

Embedded Systems & Robotics

⚡
Status Currently mastering the basics of circuit logic using Tinkercad.
🎯
Goal To bridge the gap between my Python coding skills and physical hardware.

My Arduino Projects

💡

LED Blinker

My First Project

Simulating a basic LED 'Blink' circuit to understand pulse-width modulation (PWM).

  • Goal: Master PWM by syncing Red, Green, and Yellow LEDs.
  • Learn: Use analogWrite() to simulate variable voltage levels.
  • Logic: Modulate duty cycles (0–255) to control brightness.
Tinkercad Check Simulation
🔧

Automatic Night Light

Current Project

LDR Sensor — A follow-up to PWM. Instead of the user telling the LED how bright to be, a sensor does it for them.

  • Goal: The LED turns on automatically when the user covers the sensor with their hand.
  • Learn: How to use a Photoresistor (LDR) and the analogRead() command.
  • Logic: Read a value (0–1023) from the sensor; if it drops below a darkness threshold, the Arduino triggers the LED.

My Code Lab

🔒

Secure Password Generator

My First Project

An essential application in today's world, designed to generate cryptographically secure passwords with customizable constraints.

  • Goal: Protect user accounts by creating randomized, uncrackable passwords.
  • Learn: Applied the random module for cryptographically strong randomization.
  • Logic: Combine specialized character sets with user-defined length requirements via iterative loops.
Python Cryptography Automation
Check it out
♞

Wordle for Chess

Strategy Game

A strategic CLI game blending Wordle deduction with chess vocabulary and custom ASCII visuals. It blends Chess and Wordle together to give the user a unique game experience.

  • Goal: Correctly identify a hidden 5-letter chess term within six attempts.
  • Learn: Implementation of modular architecture and state machines to handle dynamic ASCII art.
  • Logic: Provide 'Wordle-style' color feedback and trigger piece-removal art based on remaining lives.
Python CLI ASCII Art Game Logic
Check it out