Developing an Interactive E-Learning Platform for a Singaporean School

Software projects delivered by QSoft Vietnam

Developing an Interactive E-Learning Platform for a Singaporean School

About the Project

A leading school in Singapore sought to enhance their remote learning capabilities by developing an interactive e-learning platform. The aim was to provide a robust, engaging, and scalable solution to improve the remote learning experience for students. QSoft was entrusted with creating an e-learning platform that offered live classes, interactive quizzes, and progress tracking. The platform needed to be scalable to support thousands of concurrent users while ensuring high levels of user engagement.

Technologies

Backend
  • Programming Languages: Node.js, Python
  • Frameworks: Express.js, Django
  • Database: MongoDB, PostgreSQL
  • Real-Time Communication: WebSockets, Socket.IO
    Frontend
  • Frameworks/ Libs: React.js, Redux
  • Programming Languages: JavaScript, TypeScript
    DevOps
  • Containerization: Docker
  • Orchestration: Kubernetes
  • CI/CD: Jenkins, GitLab CI
  • Monitoring: Prometheus, Grafana
  • Cloud Services: AWS (Amazon Web Services)
    Security
  • Tools: OWASP ZAP, Snyk
  • Protocols: OAuth 2.0, JWT
  • Project duration

    Project duration: 6 months

    Team Size

    Team Size: 8

    Satisfaction Score

    Satisfaction Score: 90%

    The Screenshots

    Project challenges

    Challenges

    • Platform Scalability:
      The platform was required to support up to 10,000 concurrent users, making scalability a significant challenge. Ensuring that thousands of students could access live classes, quizzes, and other interactive features without experiencing lag or downtime was critical. The system had to be robust enough to handle peak loads while maintaining high performance and reliability, with any failure potentially disrupting the learning experience.
    • User Engagement:
      Maintaining student engagement in a remote learning environment posed a significant challenge, as traditional online platforms often struggle to keep students interested. The platform needed to include interactive features that would not only facilitate learning but also make it enjoyable and immersive. Integrating these features—such as live classes, real-time quizzes, and progress tracking—into a user-friendly interface was essential to keep students motivated and actively participating throughout their learning journey.

    How QSoft solves problems

    Our Solutions

    • Cloud-Based Scalability:
      QSoft utilized AWS cloud services like Elastic Beanstalk, Auto Scaling, and Elastic Load Balancing to create a highly scalable platform. This setup allowed the system to automatically adjust resource allocation based on user demand, ensuring smooth operation during peak times and efficiency during low usage periods.
    • Interactive UI/UX Design:
      Our team designed an intuitive and interactive user interface to enhance engagement for students and teachers. Features like real-time chat, interactive whiteboards, and dynamic quizzes were implemented to create an engaging virtual classroom experience, making navigation and participation effortless.
    • Real-Time Features:
      We employed WebSockets and Socket.IO for robust real-time communication, enabling smooth live classes with minimal latency and high-quality video streaming. Real-time quizzes with instant feedback were integrated, keeping students engaged and providing immediate insights into their learning progress.
    • Monitoring and Performance Optimization:
      QSoft implemented monitoring tools like Prometheus and Grafana to track system performance and address bottlenecks in real-time. Regular load testing ensured that the platform could support up to 10,000 concurrent users without significant performance issues, maintaining a reliable and efficient user experience.

    Project successful result

    Results

    • Increased Student Engagement: The interactive features and engaging UI/UX design led to a 40% increase in student engagement. Teachers reported higher participation levels during live classes, and students found the interactive quizzes and real-time feedback particularly motivating.
    • Scalability Achieved: The cloud-based infrastructure successfully supported 10,000 concurrent users. The platform scaled seamlessly during peak usage times, providing a smooth and uninterrupted learning experience for students and teachers alike.
    • Positive User Feedback: User feedback was overwhelmingly positive. Students appreciated the interactive elements and the ease of accessing learning materials, while teachers found the platform intuitive and effective for conducting remote classes.
    • Improved Learning Outcomes: The combination of interactive quizzes and progress tracking helped improve learning outcomes. Teachers could quickly identify and address areas where students were struggling, leading to more personalized and effective instruction.