EdTechIllustrative Scenario
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Building a Custom Learning Platform for a UK University

What replacing or extending a Moodle or Blackboard LMS with a bespoke platform could look like

If your university's off-the-shelf LMS is holding back your digital learning ambition — limited customisation, poor mobile experience, no API flexibility — this is what a Prodevel engagement could look like.

This scenario is illustrative. It shows what working with Prodevel could look like for a business in this situation — not a specific real client. The goal is to help you recognise whether your situation is similar and understand the approach we would take.

Is This You?

Digital transformation lead, Head of eLearning, or IT Director at a UK university exploring alternatives to Moodle, Blackboard, or Canvas

Questions You\'re Probably Asking

  • Q1Should we replace Moodle with a custom LMS?
  • Q2How much does a custom learning management system cost to build?
  • Q3How do I build a learning platform that integrates with Banner or SITS?
  • Q4What is the best alternative to Moodle for UK universities?
  • Q5How long does it take to build a custom EdTech platform?

The FAQ section at the bottom of this page answers all of these in detail.

The Challenges This Scenario Involves

  • Off-the-shelf LMS platforms don't integrate cleanly with your student information system
  • Moodle customisation has accumulated years of plugins and technical debt
  • Mobile experience is poor — students expect native app quality
  • No flexibility to build the pedagogical features your academics actually want
  • Scaling costs are unpredictable with commercial platforms as student numbers grow
  • WCAG 2.1 accessibility compliance is mandatory and difficult to guarantee in third-party tools

How Prodevel Would Approach This

University digital platforms require a phased approach — you can't take a live LMS offline during term time. If your institution brought this challenge to Prodevel, we'd begin with an architecture design phase to understand your current integrations, student numbers, and peak load patterns, then deliver the platform in phased releases that let you migrate courses progressively rather than all at once.

1

Discovery & Architecture Design

Month 1
  • Map all current LMS integrations (SIS, library systems, video platforms)
  • Analyse peak concurrent user patterns (exam season, induction week)
  • Define the feature set that genuinely needs to be custom vs commoditised
  • Architecture design for Kubernetes-based infrastructure on AWS or Azure
  • Data migration strategy for existing course content
  • Phased rollout plan to avoid disrupting live academic year
2

Core Platform (Phase 1)

Month 2–5
  • SIS integration — Banner, SITS, or Unit-e student data sync
  • Course content management with rich media support
  • Assessment and assignment submission module
  • Role-based access (student, academic, admin, external examiner)
  • Single Sign-On via your institution's Identity Provider
  • WCAG 2.1 AA accessibility baked in from the first component
3

Video & Interactive Learning (Phase 2)

Month 5–8
  • Video lecture upload and streaming on AWS Media Services
  • Live session integration (Zoom or MS Teams embed)
  • Discussion forums and peer review workflows
  • Grade book with automatic SIS grade push-back
  • Learning analytics dashboard for academics and student support teams
4

Mobile Apps & Rollout (Phase 3)

Month 8–12
  • React Native iOS and Android app with offline lecture download
  • Push notifications for deadlines, grades, and announcements
  • Library and reading list integration
  • Parallel pilot with volunteer cohorts before full migration
  • Full staff training and support documentation

What You Could Expect

A custom, accessible, SIS-integrated learning platform with mobile apps — built to survive exam season and outlast your current LMS contract.

Services Involved in This Scenario

Frequently Asked Questions

Is it cheaper to customise Moodle or build a custom platform?

For most universities, Moodle customisation is cheaper in the short term and more expensive in the long run. Each plugin creates a dependency that complicates upgrades, increases maintenance cost, and creates security risk. A custom platform has higher upfront cost but gives you full control, predictable scaling costs, and no dependency on a third-party plugin ecosystem. The decision depends on how differentiated your learning experience needs to be — if you're happy with standard LMS features, Moodle is fine. If you need custom pedagogical tools, a custom build is often the better investment.

How do you handle the migration from an existing LMS?

We design the migration to run in parallel with the existing system, not as a cutover. Course content is migrated module by module, validated, and signed off before the legacy system is decommissioned for that content. During the transition, both systems can operate simultaneously. This avoids any academic year disruption and gives academics time to familiarise themselves with the new platform.

Can the platform handle 20,000 concurrent students during an exam?

Yes — with the right infrastructure design. We use auto-scaling Kubernetes node groups on AWS that scale out automatically during peak periods and scale in during quiet periods to control costs. We load-test the platform before every major peak (induction week, exam season) to validate capacity. We also design assessments with graceful degradation — if a service is under extreme load, students get clear feedback rather than silent failures.

How do we integrate with our Student Information System?

Most UK SIS platforms (Banner, SITS, Unit-e, SITS:Vision) have APIs or data export capabilities. We build a synchronisation layer that keeps student enrolments, module registrations, and grade records in sync between the LMS and SIS. The exact integration depends on your SIS version and IT team's access policies — we scope this carefully in the discovery phase.

Who owns the code and platform after the project?

You do, entirely. All source code is delivered to your institution's version control, fully documented. You can host it on your own infrastructure or a university-contracted cloud provider. We provide full handover including runbooks, architecture documentation, and training for your internal IT team. There is no vendor lock-in.

What does WCAG 2.1 AA compliance require for an LMS?

WCAG 2.1 AA covers keyboard navigation, screen reader compatibility, colour contrast, captioning of video content, and form accessibility. For an LMS, the most complex areas are rich text editors, video players, and interactive assessment types. We build with accessibility as a design constraint from the first wireframe — retrofitting it is significantly more expensive and less reliable.

Does This Sound Like Your Situation?

Book a free consultation. We'll listen to your specific context and tell you honestly whether Prodevel is the right fit and what an engagement would look like.