For most of my life, I was x. The variable. The unknown. The thing the equation was still working toward. I grew up in Lagos — a city that moves like a differential equation: constantly changing, rarely linear, always pushing toward something even when the path looks impossible to follow. There, I learned early that the world doesn't wait for you to understand it before demanding you participate. You calculate on your feet, or you fall behind. Math in Lagos felt nothing like how textbooks describe it. It wasn't abstract. It was the market woman calculating change for three customers simultaneously without a single pause. It was the bus driver negotiating geometry through traffic that had no business resolving itself — and yet it always did. It was my own mind, mapping circuits and current and cause-and-effect long before I had formal language for any of it. Math wasn't a subject in Lagos. It was the language the city spoke underneath all its noise. When I crossed an ocean and arrived at Jackson State University to study electrical engineering, I expected the equation to change entirely. In many ways, it did. New country, new system, new variables. But the one constant — and math taught me to trust constants — was that numbers don't lie regardless of which continent you're standing on. The truth doesn't shift with the time zone. That universality is what I love most. In a life defined by enormous change, math has been the fixed point around which everything else rotates. My origin. My proof that some things hold regardless of the values of the variables. I want to build systems for people who've been excluded from them — engineered solutions in places where the infrastructure has always fallen short. Because I believe the most powerful argument you can make for a community is a functional one. Something that works. Something that proves the math was right all along. x has a value. I'm still deriving it. But I've never once doubted the equation.