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Inflexa Technologies — A scalable, multi-vendor e-commerce platform powering offline-first educational ecosystems.

Duration

Feb 2026 — Aug 2026

Type

E-Commerce & EdTech

Client

ESQ1 Tech

Role

Software Engineer

Location

Nigeria (Contract)

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Built and deployed Inflexa Technologies, a robust multi-vendor e-commerce platform designed to distribute physical and printable educational flashcard packs. Architected the backend infrastructure in Node.js and TypeScript to securely process payments, aggregate multi-provider logistics, and support a scalable "Age Roadmap" progression system for young learners.

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Inflexa Interface Preview

Project Context

Powering Offline-First Education

Inflexa was created to deliver screen-free, offline-first educational resources for children aged 6 to 16. The core product revolves around physical and printable flashcard packs that align with British curriculum standards across mathematics, science, and literacy.

As the Software Engineer contracted by ESQ1 Tech, my mandate was to design and deploy the e-commerce architecture capable of supporting this vast, tiered inventory. I built a multi-vendor platform that not only managed complex catalog hierarchies (Subject, Age Range, Learning Stage) but also handled robust financial processing and real-time physical logistics.

Curriculum Data Architecture

Structuring a growing educational library

The platform required a complex relational schema to support an "Age Roadmap" progression system. Products needed to be intricately linked across 5 developmental stages, allowing parents to seamlessly navigate from Foundation (Ages 6-8) through to Pre-exam Readiness (Ages 14-16).

Engineered a PostgreSQL schema supporting complex multi-variant SKUs, allowing a single educational pack to be seamlessly sold as either a dynamically generated digital download (PDF) or a physical product requiring physical fulfillment.

Payments & Logistics

Aggregating global APIs for seamless checkout

A major engineering focus was connecting the storefront to both financial and physical logistics networks. The system needed to confidently authorize payments across different geographic regions and instantly compute shipping rates for physical flashcards via major global couriers.

Integrated Stripe and Paystack for PCI-DSS compliant checkouts. Built robust, idempotent webhook listeners that handled asynchronous payment intents, preventing duplicate orders during network latency and managing automated refunds.

Tech Stack

Node.jsNode.js
TypeScriptTypeScript
ReactReact
PostgreSQLPostgreSQL
DockerDocker
StripeStripe
GitHubGitHub