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VIT-AP Student App

A full-stack offline-first Flutter app to access academic data like attendance, timetable, marks, exam schedule, grades and faculty info

Source Code
DartFlutterRiverpodRustFFIObjectBoxMVVM ArchitectureGoogle Analytics

Overview

A comprehensive mobile application designed to streamline academic life for VIT-AP students by providing offline-first access to essential academic information including attendance tracking, timetable management, marks viewing, exam scheduling, and faculty information.

Key Features

  • Offline-First Architecture: Complete functionality without internet connectivity using local data storage
  • Academic Data Integration: Real-time access to attendance, timetable, marks, exam schedules, and grades
  • Faculty Information: Comprehensive faculty directory with contact details and office hours
  • Smart Notifications: Automated reminders for classes, exams, and important announcements
  • Performance Optimized: Rust integration for high-performance data processing
  • Analytics Integration: Firebase Analytics for user behavior insights and app optimization

Technical Implementation

  • Frontend: Flutter with Dart for cross-platform mobile development
  • State Management: Riverpod for efficient and scalable state management
  • Architecture: MVVM (Model-View-ViewModel) pattern for clean code separation
  • Database: ObjectBox for high-performance local data storage
  • Performance Layer: Rust with FFI (Foreign Function Interface) for data processing
  • Analytics: Google Analytics for user interaction tracking and insights

Advanced Features

  • High-Performance Data Processing: Integrated Rust for efficient API response handling and data parsing
  • Automated Workflow: Smart reminder system reducing manual tracking efforts by 70%
  • User Analytics: Firebase Analytics tracking across 15+ screens with custom event monitoring
  • A/B Testing: Data-driven insights informing iterative testing on user flows and onboarding
  • Offline Synchronization: Seamless data sync when connectivity is restored

Performance Metrics

  • Efficiency Improvement: 70% reduction in manual tracking efforts through automation
  • User Engagement: Comprehensive analytics across 15+ app screens
  • Data Processing: Significantly improved API response handling through Rust integration
  • User Experience: Iterative improvements based on actionable insights from user analytics

Impact

  • Streamlined academic workflow for VIT-AP students
  • Eliminated manual tracking of academic schedules and deadlines
  • Provided reliable offline access to critical academic information
  • Enhanced user experience through data-driven optimization and A/B testing
  • Established foundation for data-informed product development decisions