I’m Eeman Adeniran, a software engineer at KPMG and previously the founding engineer at Residence. Before either, I spent years building things for the problems in front of me: a ladder system for the tennis club I play at, an app to practise for an exam, a prototype for tracking fuel in transit. This site is a record of that work, and of what each piece taught me.
A system that took over a tennis club’s hand-run ladder competition by drawing the pairings, scoring every match and publishing the standings online. Rebuilt in 2026.
My first real project: the first time I built software for a problem that wasn’t an exercise, and saw what it changed for the people around it.
My first IoT project: a prototype that tracks a fuel tanker’s location and fuel level in transit, so theft or loss shows up during the journey instead of after it.
A platform for students to find accommodation near their universities, which grew into a more general property platform for owners with many properties. I was its founding software engineer, and built the MVP in about three months while finishing university.
An app for keeping hold of the Arabic words you learn. I built it for fun, a co-founder saw more in it, and the version we released grew to more than 100 users with barely any advertising.
Plus the early experiments where it started: Java and Python games you can play in the browser.
All workA tennis ladder that could become hard to run by hand.
Lasustennis Club Ladder Games →Sensors, hardware and Bluetooth, a domain I hadn’t worked in, for my first IoT project.
Downstream Petroleum Transportation Monitoring System →Residence’s MVP, in about three months, while finishing university.
Residence Spaces →Practice questions scraped from the web, built into an app I used to prepare for exams.
In the journey →The same app, passed on to friends who found it useful too.
In the journey →Java, object-oriented programming, and small desktop games, one of them for my younger brother.
Each stage stands on the one before. Select a stem above to move through all 8.
Six chapters, from mathematics competitions to professional engineering, with the projects, detours and lessons in between.
