Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Development of an Advanced E-Learning Platform with Role-Based Access and Personalized Learning Features
  1. case
  2. Development of an Advanced E-Learning Platform with Role-Based Access and Personalized Learning Features

Development of an Advanced E-Learning Platform with Role-Based Access and Personalized Learning Features

brights.io
Education
Non-profit
Business services

Identified Challenges in Managing and Delivering Personalized Online Education

The client faces difficulties in providing a scalable, user-friendly online training environment that supports multiple user roles with hierarchical permissions, personalized course recommendations, and effective progress tracking. They need a platform that can accommodate diverse learners, enable assessment and feedback, and facilitate group learning sessions to enhance engagement and learning outcomes.

About the Client

A large-scale educational organization or training provider seeking a comprehensive online learning management system to deliver professional development courses, monitor learner progress, and facilitate group and individual training programs.

Goals for Developing a Robust, Scalable E-Learning Platform

  • Create a secure, scalable online training platform supporting multiple user roles (student, manager, tutor, admin) with hierarchical permissions.
  • Implement personalized course recommendation systems based on initial skills assessments.
  • Develop user dashboards displaying progress, competencies, and certificates upon course completion.
  • Design courses with modular lessons, practical assignments, and assessment workflows aligned with pedagogical best practices.
  • Support group learning modules with invitation-only enrollment and scheduled content release.
  • Enable tutors to review practical assignments with commenting capabilities and assessments to ensure quality and comprehension.
  • Incorporate integration capabilities with external systems such as analytics, social media, and content management tools.

Core Functionalities for an Intelligent, Role-Based E-Learning System

  • Role management with four main roles: student, manager, tutor, admin, with specific permissions for each.
  • Personalized course recommendation engine based on skills assessments and user needs.
  • Dynamic student and manager dashboards displaying course progress, competencies, and certifications.
  • Course structure featuring modules, lessons, tests, and practical assignments with optional assessments.
  • Group learning functionality with invitation-only enrollment and scheduled content release.
  • Assignment submission, review, and feedback system allowing tutors to comment and approve practical work.
  • Progress tracking metrics for individual and group learning outcomes.
  • Certificate issuance upon course completion, showing competency gains.

Preferred Technologies and Architectural Approaches

Responsive web design with a user interface built on modern HTML5, CSS3, and JavaScript frameworks.
Backend development using scalable server-side technologies supporting role-based access control.
Mobile app development for iOS and Android platforms for on-the-go access.
Color-coded visual UI elements to enhance course theme recognition and user navigation.
Implementation of adaptive and responsive design principles.

Necessary External System Integrations

  • Analytics tools for tracking user engagement and platform performance.
  • Social media sharing features for instructor and learner interaction.
  • Content management systems for course material updates.
  • Assessment and assignment management modules.
  • Localization and language support systems if applicable.

Essential Non-Functional System Specifications

  • Scalability to support a growing user base, from initial pilot to large enterprise deployment.
  • Performance optimized for fast load times and smooth user interaction.
  • Secure authentication and authorization protocols for role management.
  • Data protection compliant with relevant regulations (e.g., GDPR).
  • High availability with minimal downtime to ensure consistent accessibility.

Expected Business Benefits and Impact of the E-Learning Platform

The new platform aims to transform online professional development by improving user engagement, streamlining course management, and enhancing learner outcomes. It is projected to increase course completion rates, enable personalized learning paths, and facilitate scalable growth. As a result, the organization anticipates expanded revenue streams through paid courses, improved training efficiency, and a significant enhancement in learner competency metrics, promoting a higher impact in the relevant professional sectors.

More from this Company

Development of a Panic Alert and Digital Assistance Mobile Application for Personal Safety
Development of a Cloud-Based Product Scanning and Inventory Management System for Manufacturing Companies
Development of a Multi-Asset Investment Platform with High-Load Resilience and Data Integrity
Development of an Esports Organization Portal with Live Data Integration and Community Features
Development of a Comprehensive Retail Department Store Website for Enhanced Customer Engagement and Business Operations