VOLUME II: Phasing Past a Broken Economy (Years 1–7).
Phase 1: The Foundation I Built as a Secondary School Science Student Before Chemical Engineering. (Years 1–4)
Being a secondary school student in Nigeria, one must pick sides early enough to start molding his/her future under the crushing weight of extreme pressure by the harsh economy we find our selves in. This was the foundation layer of my personal OS. It instilled in me a refusal to accept noise in my systems. Whether it was a chemical reaction or a line of Python code, it had to be lean, fast, and stable. My story began not in front of a IDE, but in the rigorous, unforgiving labs of Chemical Engineering. Many ask why a Full-Stack Developer would spend years studying thermodynamics and fluid mechanics. The answer lies in the concept of systems logic.
In the first two years of my study in chemical engineering, I wasn't just learning how to calculate the flow rate of a liquid through a pipe; I was learning the universal laws of optimization. A chemical reactor is the ultimate metaphor for a software backend. You have inputs (data), a catalyst (logic), and an output (results). If the temperature (pressure) isn't managed, the system fails.
Studying engineering in Nigeria was a masterclass in "Resource Optimization." We didn't always have the luxury of high-tech simulators. We had graph paper, calculators, and our brains. This era taught me mental resilience. When you have to manually calculate a multi-stage distillation column because the computer lab is locked or the power is out, you develop a low-level understanding of how things work. You learn that speed is a result of efficiency.
By year 4 into my course (Chemica Engineering), the great migration of mindset kicks in as the realization hit: the world’s most powerful reactions were no longer happening in steel tanks, but in silicon chips an AI. The pivot to software development and data science wasn't a change of heart; it was an expansion of territory. The DHIS2 breakthrough was purely based on general competence, and hyper-specialization. I entered the world of Health Information Systems (DHIS2) offered through University of Oslo, Norway. This is where I truly felt the struggle and challenges in our system.
Phase 2: Forcing my way into the Tech verse, Crypto/web3, Al, Data and Everthing inbetween. (Years 5–7)
By year 5 (my final year in chemical Cngineering)' I began researching mobile-first development environments. While others used their phones for social media, I was using Lemur and Kiwi browsers to run Chrome extensions. I was auditing Web3 transactions and studying multichain wallets while sitting in the back of a yellow bus.
I had to apply the logic of data of my engineering background to data science. I realized that data is the new petroleum. It needs to be refined, processed, and transported. My ability to see data as a physical flow allowed me to build more robust models. I wasn't just coding; I was engineering digital solutions. This period, I characterized as the Night Owl shift learning to code all through the night because that was the only time the network congestion cleared enough to download/upload documentation. Even with 6x certification grind: To be a Nigerian in a specialized global field, "good" is not enough. You have to be irrefutable. I set out to master DHIS2 by University of Oslo, a system critical for global health data. I didn't stop at the basics. I pushed through module after module, securing six professional certifications.Each certification was a battle. Imagine sitting for a high-stakes exam while praying the neighbor's generator doesn't run out of fuel, or that your ISP doesn't decide to flicker at the 89th minute.
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