Native Multi-Tenant LMS App -- 2
Budget: $3,000 – $5,000 USD
I’m developing a fully native Learning Management System for both iOS (Swift) and Android (Kotlin). The product must seamlessly serve multiple schools or training organizations from the same code-base while keeping each tenant’s data and branding isolated.
Core scope
The app will cover all three pillars of a modern LMS—course management, rich student engagement tools, and robust assessment & grading workflows. Users will sign in as either Students or Teachers, with each role seeing only the screens and actions meant for them.
Essential feature set
• Multi-tenant support with clean separation of data and visual identity
• Interactive quizzes that record answers instantly and handle various question types
• Real-time progress tracking so Students can see their advancement and Teachers can monitor class performance
I already have UI wireframes and API documentation prepared, so the immediate task is to translate those assets into production-ready Swift and Kotlin code, set up any required local data caching, and ensure feature parity across both platforms. Clean architecture, unit tests around critical logic, and thoughtful error handling are expected before we move to TestFlight and internal Play Store tracks.
Acceptance
The project is considered complete when both apps compile without warnings, all listed features work end-to-end against the staging backend, and a short hand-off document explains build steps and key modules.
Core scope
The app will cover all three pillars of a modern LMS—course management, rich student engagement tools, and robust assessment & grading workflows. Users will sign in as either Students or Teachers, with each role seeing only the screens and actions meant for them.
Essential feature set
• Multi-tenant support with clean separation of data and visual identity
• Interactive quizzes that record answers instantly and handle various question types
• Real-time progress tracking so Students can see their advancement and Teachers can monitor class performance
I already have UI wireframes and API documentation prepared, so the immediate task is to translate those assets into production-ready Swift and Kotlin code, set up any required local data caching, and ensure feature parity across both platforms. Clean architecture, unit tests around critical logic, and thoughtful error handling are expected before we move to TestFlight and internal Play Store tracks.
Acceptance
The project is considered complete when both apps compile without warnings, all listed features work end-to-end against the staging backend, and a short hand-off document explains build steps and key modules.
Related categories:
Mobile App Development
iPhone
Android
PhoneGap
Swift
Kotlin
iOS Development
Mobile Development