Systems Architecture

Designing scalable, modular platforms for institutions and enterprises. I focus on systems that can grow with an organization — architectures that are durable, maintainable, and don't require rewrites every two years.

Enterprise Architecture Microservices API Design Database Design Event-Driven Architecture Domain-Driven Design

AI & Automation

Practical AI integration that works in production, not just demos. GPT-based integrations, predictive analytics, and automation that actually reduces operational burden rather than adding complexity.

LLM Integration GPT APIs NLP Chatbots Predictive Analytics Process Automation

Cloud & DevOps

Production-grade cloud infrastructure on AWS, GCP, and Azure. CI/CD pipelines, containerization, and serverless architectures that enable teams to ship faster with confidence.

AWS GCP Azure Kubernetes Docker CI/CD Terraform Serverless

Fintech & Payments

Building secure payment infrastructure for institutional contexts. Digital wallets, tuition management systems, prepaid cards, and blockchain solutions that handle real money at scale.

Payment Gateways Digital Wallets Prepaid Systems Virtual Cards Blockchain PCI Compliance

Education Technology

Deep domain expertise in building systems for educational institutions. Learning management, student information systems, adaptive learning engines, and analytics that help institutions make better decisions.

LMS Platforms Student Information Systems Virtual Classrooms Adaptive Learning Education Analytics Enrollment Systems

AgriTech & IoT

Smart farming solutions that work in African contexts. IoT sensor networks, predictive analytics for resource optimization, and supply chain tracking systems that improve transparency and efficiency.

IoT Sensors Smart Irrigation Resource Optimization Supply Chain Tracking Predictive Analytics

My Approach to Building

I've learned that the best technology is invisible. Users shouldn't have to think about infrastructure — it should just work. My job is to design systems that are durable enough to last a decade, flexible enough to evolve, and simple enough that teams can maintain them without calling me.

I'm not interested in building technology for its own sake. Every system I design starts with a problem worth solving and ends with something an institution can depend on. That's the measure of good work.

Start with the problem

Understand the operational reality before writing any code.

Design for durability

Build systems that will work for the next decade, not just the next sprint.

Optimize for maintainability

Code is read more than it's written. Keep it simple.

Ship incrementally

Deliver value early and often. Perfect is the enemy of good.

Need technical leadership?

Whether it's a new platform, a technical strategy, or scaling an existing system — I'm here to help.