// HELLO WORLD, I'M
▌
Building where AI meets machines — turning code, circuits, and curiosity into things that move, think, and play.
01 // ABOUT
My story starts with games — playing them, then wondering how they actually work, then tearing them apart and building my own. That rabbit hole led me from Roblox Studio and Lua scripting to Python, electronics, and artificial intelligence — and to one clear destination: mechatronics engineering.
What pulls me in is systems thinking — the moment separate parts click into one working machine. A sensor feeding a program. A program driving a motor. A motor moving something real. I love carrying an idea the whole way: imagination → design → code → working prototype.
When I'm not building, I'm learning how things are built — robots, game engines, neural networks, and the machines that will define the next decade.
$ whoami
ansh.kohli — builder / gamer / future engineer
$ cat interests.txt
AI · Robotics · Computers · Game Design
$ cat mission.txt
Study Mechatronics Engineering in Canada 🇨🇦
$ status
▸ building the future, one prototype at a time_
02 // SKILLS
My core language — automation, games, AI experiments, and everything in between.
Full game development — scripting mechanics, physics, UI, and multiplayer systems.
Sensors, motors, and microcontrollers — where software finally touches the physical world.
Computer vision and ML foundations — teaching machines to see and decide.
Level design, 3D thinking, and player-first mechanics that make worlds feel alive.
HTML, CSS, and JavaScript — including the Three.js scene running on this very page.
03 // PROJECTS
An autonomous rover that navigates on its own — ultrasonic sensors feed distance data to an Arduino brain that steers around obstacles in real time. Mechanics, circuits, and code working as one machine.
A physics-bending Roblox obby where players flip gravity to cross impossible terrain. Scripted entirely in Lua — custom character controllers, checkpoints, moving platforms, and a live leaderboard.
Real-time object detection through a webcam — a Python + OpenCV pipeline that recognizes and tracks everyday objects. Built to understand how tomorrow's robots will see the world.
A retro space shooter coded from scratch in Python, with an adaptive difficulty engine that reads how you play and pushes back harder. Procedural enemy waves, particle effects, arcade energy.
04 // BEYOND THE SCREEN
Lifesaving Society award in swimming and water rescue — sharp judgment, real fitness, and staying calm under pressure when it actually counts.
Games taught me systems, feedback loops, and player empathy — the exact instincts great engineers bring to every design.
If it has screws, sensors, or source code, I want to know how it works — and how to make it work better.
05 // VISION
Mechatronics is where everything I love converges — the one field where a gamer's imagination, a programmer's logic, and a builder's hands all matter at once. Robots that assist people. Machines that perceive and decide. Simulations that blur into reality.
I'm working toward studying Mechatronics Engineering at a top Canadian university — and building the intelligent machines the next decade will run on.
06 // FAQ
A student builder and aspiring mechatronics engineer with a passion for AI, robotics, computers, and game development — working toward studying Mechatronics Engineering at a top Canadian university.
Autonomous robots with Arduino, multiplayer Roblox games scripted in Lua, and Python projects — including real-time computer vision with OpenCV and arcade games with PyGame.
Mechatronics combines mechanical, electrical, software, and control engineering to design intelligent machines — from industrial robots and drones to smart devices and autonomous vehicles.
Email contact@anshkohli.com for anything related to robotics, AI, game development, or collaboration.
07 // CONTACT
Robotics, AI, game dev, or a wild idea that needs a prototype — I'm always up for the conversation.