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Case Studies

Modools case study
LMSWebEducationView

Improving the delivery of STEM education across African educational institutions.

Modools is a video course platform that replaces physical lab manuals at Nigerian universities. Students watch session-by-session practical demonstrations before arriving in the lab, complete embedded assessments, and keep permanent access to everything they learned. Departments collect payments automatically and earn more than they do selling paper.

Year

2025

Client

Modools

Duration

4 weeks

Our Role

Design + Backend

Dashboard

Modools • Dashboard • Web • June 2026

Catalog

Modools • Catalog • Web • June 2026

Learning

Modools • Learning • Web • June 2026

Dashboard

Assessments • Dashboard • Web • June 2026

The Problem

The tools existed. None of them were built for this.

Video platforms weren't new. Online course tools weren't new. But for STEM educators and students in Nigeria, the options were either unaffordable, built for individual learners with credit cards and stable internet, or simply not designed with the Nigerian university lab in mind.

Instructors were printing photocopied manuals every semester, handing them to class representatives who collected fees student by student, reconciling cash, and remitting to departments manually. Students were arriving at overcrowded labs — sixty where there should be twenty — with unreadable materials and no way to prepare properly. Nobody was happy. The learning was getting lost in the logistics.

The gap was bigger than it looked

When the Modools team sat down with educators and students at the University of Uyo, the brief sounded simple. Replace the lab manual with something better. But as the research deepened, the real complexity surfaced fast. It wasn't just about hosting videos. Departments needed to collect payments from hundreds of students without relying on cash handling. Coordinators needed visibility into which students had prepared before they walked into a crowded lab with not enough equipment and forty minutes to demonstrate a procedure that takes twenty-five to do properly. Institutions needed documentation of student engagement that could survive an NUC or COREN accreditation visit. And all of it had to work on a Nigerian student's phone, without requiring a university IT department to set anything up.

The reality for most STEM students — unreadable photocopied manuals, overcrowded labs, not enough equipment to go around, rushed sessions, and nothing to show for four years of practicals.

The reality for most STEM students — unreadable photocopied manuals, overcrowded labs, not enough equipment to go around, rushed sessions, and nothing to show for four years of practicals.

User Problem

Students lacked practical learning infrastructure

Existing platforms were built for lecture content, not hands-on lab courses. Nothing was designed for the Nigerian university environment — its payment systems, connectivity constraints, or accreditation requirements.

Client logo
Ed-Tech Platform

Core Constraint

Institutional adoption without institutional complexity

The biggest challenge wasn't the technology — it was designing something departments would adopt without lengthy procurement processes, while building architecture that scales across every institution in Nigeria.

The Process

No assumptions. No shortcuts. Built from inside the institution.

1

Discovery & Institutional Research

We started with the teaching department, not the product. Structured research sessions with course coordinators, HODs, and students who had lived the lab manual problem for years. The patterns were immediate and consistent: no visibility into student preparation, payment collection that fell on class representatives, accreditation records assembled under pressure from scattered notebooks, and students arriving at overcrowded labs without having seen the procedure they were about to attempt.

"Students read the manual for the first time on the way to the lab — if they read it at all. By then it's too late."

Course Coordinator, University of Uyo.

Discovery & Institutional Research

Deliverable: institutional workflow mapped, payment architecture scoped, pilot structure defined.

2

Product Architecture & Design

Three user types. One coherent system. The platform had to serve three audiences simultaneously — students who needed simplicity, coordinators who needed control, and departments who needed financial transparency. Every design decision was tested against the lowest-spec device and the worst realistic internet connection. The result was a clean, opinionated interface with no feature bloat — each screen does one thing and does it well.

"When a coordinator has to be trained to use it, they go back to WhatsApp. The goal was a platform that explained itself."

Modools Product Design Sprint Review

Product Architecture & Design

Milestone — full student, coordinator, and admin flows designed and signed off.

3

Full-Stack Development

Two tracks, one integration point. Frontend and backend developed in parallel using a contract-first approach — API contracts defined before a line of UI code was written. Frontend built every component directly from the signed-off design system. Backend built the payment flow, enrolment engine, assessment grading, and analytics on NestJS and PostgreSQL. Both tracks integrated cleanly without blocking each other. By end of this process, all core modules were functional end-to-end.

"Contract-first is the only way to run parallel tracks without everything falling apart mid-sprint. You agree on the shape of the data before anyone builds anything."

Winner Edwin, Backend Engineering Lead, Modools

Full-Stack Development

Deliverable: Parallel frontend and backend tracks, integrated and functional end-to-end.

4

QA, Pilot Setup & Launch

Every flow tested before a single student touched it. Internal QA across every screen and user flow. Mobile responsiveness tested on low-spec Android devices. Payment flow tested end-to-end. Three courses onboarded manually at the Department of Computer Engineering, University of Uyo via QR-bridged physical manuals as the first live content. Institutional champion confirmed. Pilot measurement framework documented and agreed. Platform deployed to production with zero critical issues.

"Three courses live, students accessing content, department seeing real data for the first time. That's a different kind of launch."

Fortune Ishaku, Managing Director, Applift Labs

QA, Pilot Setup & Launch

Outcome - Three courses live, pilot framework active, production deployment complete.

Final sprint

Platform Launch

We don't hand off a product we wouldn't stand behind. Every screen, every flow, every error state, reviewed twice before the client touched it.

App/FE/QA Process, Modools Sprint

What we Built

A modern, video-first learning platform

We made a deliberate call early on: depth over breadth. Build three things properly rather than six things halfway.

Course Builder

A drag-and-drop course creation interface that lets educators structure lessons, add media, and publish content intuitively.

Video Courses

Designed an intuitive video course builder allowing coordinators to structure practicals session-by-session.

Student Management

Enrollment tracking, progress dashboards, and cohort management giving instructors a clear view of every learner.

The Modools analytics view — built to give educators clarity, not clutter.

The Modools analytics view — built to give educators clarity, not clutter.

Key Features

What we Built

Video Course Builder

Drag-and-drop interface for instructors to build courses, upload media, and structure lessons with ease.

Automated Payments

Students pay directly through the platform with automatic payout settlement and transparent reporting.

Assessment Engine

Multiple-choice, short-form, and practical assessments with auto-grading across different question types.

Analytics Dashboard

Real-time analytics dashboards for instructors to track student progress and course engagement.

Accreditation Exports

One-click exports to accreditation bodies with standardized reporting formats and compliance.

Digital Certificates

Verifiable digital certificates with blockchain validation for every completed course.

Results & Impact

The outcome

350+

Students Enrolled

95%

Satisfaction Rate

₦800k

Cost Savings

"Modools has transformed how we run our lab courses. Students are more engaged, our documentation is impeccable, and we've eliminated the chaos of manual fee collection."

D

Dr. Bliss Stephen

HOD, Computer Engineering, UNIUYO

Technology Stack

Built with modern tools

Tanstack
React
ExpressJs
The Team

Who made this happen

Full-Stack Developer

Winner Edwin

Managing Director

Fortune Ishaku

Frontend Engineer

Toyoabasi Bob

Product Designer

Favour Sunday

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