
Driven by curiosity, building with purpose.
For as long as I can remember, I've been enchanted by computers — the way they hum with possibility, turning lines of code and streams of data into something magical. Even before I owned one, I had an ancient desktop that was my entire universe. As long as the electricity held up, I'd spend every waking hour messing around on it, simply soaking in the joy of discovery. I'd try every piece of software I could get my hands on, from clunky paint programs to random utilities, just to see what they could do. Over the years, I dove into 3D modeling, hacked together web designs, and tinkered with programming. Whatever caught my imagination.
At 12, I was obsessed with carbon nanotubes, fusion energy, and jet propulsion systems — the kind of questions that didn't have easy answers and didn't need to. I just wanted to understand how things were built at their most fundamental level.
My first laptop arrived at 13 — a well-loved secondhand machine with a keyboard that looked fine but acted like it had a mind of its own. The second I turned it on, it would start typing random letters, like it was trying to write its own novel. I dove into YouTube, learned how to crack open the chassis, and unplugged that faulty keyboard from the board. With an external keyboard plugged in, I was off to the races, exploring this new digital landscape.
Soon I was hooked on building and breaking things in code. I built clunky websites and tinkered with unlocked phones, tweaking root access to ditch loading screens. Those late nights poking at device guts taught me how data flows, sparking my love for solving real problems with tech.
That obsession still drives me. Today, I'm taking that same curiosity and turning it into solutions that make a difference.
“All of humanity’s problems are engineering problems, and engineering problems can be solved.”
