SFSENFORGEENGINEERING
Micheal Dalu — Founder, SenForge

Micheal Dalu

Privately teaches fullstack development to engineers at all levels.

SenForge was built on a career that never stayed in one lane. From JavaScript and React, through Java and distributed systems, into Python and AI automation — each transition was deliberate, and each layer of expertise made the next one richer.

Working across stacks reveals something that staying in one ecosystem never can: the patterns that actually matter are architectural, not syntactic. The discipline of Java, the delivery speed of React, and the automation leverage of Python are not competing philosophies. They are complementary tools in the same engineering practice.

Our engineering services support tech teams building customized software systems with reliability and scale.

Whether it's an EMR system that works offline-first for a hospital with unreliable internet, or a distributed architecture audit for a scale-up preparing for production load, the engineering discipline remains constant: no shortcuts, built to last, production-ready from day one.

Technical Journey
2016–2019
JavaScript & React
Frontend systems, Node.js APIs, early SPA architecture and component design.
2019–2022
Java & Distributed Systems
Spring Boot, event streaming, high-throughput backend services and distributed architecture.
2022–2024
Python & AI Systems
ML pipelines, automation backends, RAG systems, and AI agent frameworks.
2024–Present
SenForge Engineering
Healthcare software for Nigerian hospitals + engineering consulting for tech teams.
The Cross-Stack Advantage

Most engineers go deep in one stack. SenForge went wide deliberately — and that perspective is the product. Understanding Java, React, and Python at a production level means architectural decisions get made with the full picture, not just the familiar one.

Two Markets, One Discipline

SenForge builds custom EMR and hospital management systems for Nigerian healthcare providers who need software that works in real African infrastructure conditions.

The same engineering standards that make a hospital system reliable with intermittent connectivity make a distributed system resilient under production load. Different domains. Same discipline.