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Development of a Scalable Educational Platform to Enhance User Engagement and Growth
  1. case
  2. Development of a Scalable Educational Platform to Enhance User Engagement and Growth

Development of a Scalable Educational Platform to Enhance User Engagement and Growth

beetroot
Education
Information technology

Identifying Challenges in Scaling and Modernizing an Educational Management System

The client currently manages a complex architecture supporting school administration and student health monitoring, experiencing difficulties with previous offshore development teams due to miscommunication and unmet expectations. They aim to eliminate paperwork, improve assessment clarity, and increase platform adoption. Existing limitations hinder their ability to scale efficiently, with user growth plateauing at 10,000 users and a goal to reach 22,000 users, necessitating a robust, scalable, and adaptable development team and system overhaul.

About the Client

A mid-sized educational technology company providing a digital platform for school administration, student assessment, and health monitoring aims to expand its user base and enhance platform capabilities.

Strategic Goals for Platform Expansion and Enhancement

  • Increase active user base from 10,000 to 22,000 students within the projected timeframe.
  • Develop a scalable, robust backend supporting both student management and health monitoring features.
  • Enhance platform usability with clear assessments and visualizations to support teachers and students.
  • Establish an efficient, transparent, and flexible remote development team to accelerate ongoing development and support.
  • Implement technology solutions that facilitate rapid onboarding of new team members and seamless integration with existing systems.

Core Functional System Requirements for Educational Platform Enhancement

  • User management system capable of handling a large and growing student and staff base.
  • Assessment tools with clear visualizations to support evaluation and progress tracking for educators.
  • Student health monitoring features enabling efficient tracking of mental health indicators.
  • Scalable backend architecture supporting high concurrency and data volume growth.
  • Responsive frontend interfaces optimized for teachers, students, and administrators.
  • Role-based access controls and security protocols to protect sensitive data.
  • Real-time data visualization dashboards for quick decision-making.

Preferred Technologies and Architectural Approaches for Platform Development

Python for backend development
React.js for frontend interfaces
PostgreSQL for relational database management
Microservices architecture to facilitate scalability and maintenance
Responsive web design for accessibility across devices

Necessary External System and Data Integrations

  • Learning Management System (LMS) for content delivery and tracking
  • Health monitoring tools or APIs for mental health data collection
  • Authentication and identity services for secure user login
  • Analytics platforms for data insights and reporting

Key Non-Functional System Requirements

  • System scalability to support at least 20,000 concurrent users within the first year
  • High performance ensuring minimal latency for real-time dashboards
  • Data security compliance, including GDPR and other relevant standards
  • Availability of 99.9% uptime with disaster recovery plans
  • Flexible architecture to facilitate future feature additions

Projected Business and User Growth Impact of the Educational Platform

The development of this scalable and feature-rich platform is expected to significantly increase user engagement and growth, with the target to more than double the current user base from 10,000 to 22,000 students. The platform will streamline administrative processes, improve assessment clarity, and support health monitoring, thereby strengthening the client’s market position and enhancing educational outcomes.

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