Beginner’s React Native Project: Expo & HyGraph Tutorial

Building a Complete React Native Course App: Step-by-Step Guide

Welcome to our comprehensive guide on building a React Native application from scratch. This article walks you through creating a feature-rich course platform with social authentication, dynamic course listings, enrollment systems, and membership management. An accompanying video demonstrates the entire development process.

This tutorial covers building a React Native course app with Expo, integrating social logins, managing free and paid content, tracking user progress, and implementing membership-based access controls. You’ll learn practical techniques for creating engaging mobile experiences with real-world functionality.

Application Overview

Our course application features a polished login system with Google authentication, a personalized home screen with user profile information, and dynamic course filtering. Users can browse free and paid courses, enroll in lessons, track progress, and purchase memberships for premium content. The design emphasizes user experience with intuitive navigation and real-time updates.

Core Features Explained

The app centers around three primary functionalities: user authentication, course management, and membership systems. Social authentication allows seamless sign-in with existing accounts. Course management includes detailed listings, enrollment processes, and lesson accessibility. The membership system handles premium access, payments, and content restrictions for paid courses.

1. Social Authentication Setup

>We implement social authentication using K, a modern authentication service provider serving as a Clerk alternative. This enables users to sign in securely with their Google accounts. The process involves integrating K’s SDK into the React Native Expo project, configuring OAuth flows, and managing user sessions. Once authenticated, users are redirected to their personalized dashboard.

2. Dynamic Home Screen

>The home screen displays user profile information including profile pictures and names. It features a search bar with category filters that instantly update the course list below. This responsive design allows users to quickly find relevant content. The implementation leverages React Native’s FlatList component for efficient rendering of course data.

3. Course Listings and Details

>Each course card displays essential information: author details, chapter count, and pricing (free or paid). Clicking a course reveals detailed information including descriptions, enrollment status, and lesson previews. Free courses allow immediate enrollment, while paid courses require membership purchase. The UI clearly indicates locked/unlocked lessons and enrollment states.

4. Enrollment and Membership System

>Enrollment flows differ between free and paid courses. Free courses unlock immediately after enrollment, granting access to all lessons. Paid courses redirect users to a membership purchase page where they select membership tiers. Payment processing enables course enrollment and unlocks source code access. Membership status is tracked and enforced across the app.

5. Progress Tracking

>Users can mark lessons as completed, with real-time updates reflected in the interface. The “My Courses” tab displays enrolled courses with visual progress bars showing completion percentages. This feature helps users track learning journeys and maintain engagement. Data persistence ensures progress remains accessible across sessions.

Technical Implementation

>Building this application requires integrating several technologies within the React Native Expo ecosystem. We utilize K for authentication, React Navigation for routing, and React Context for state management. The course data structure includes metadata like pricing, chapter counts, and enrollment status. Conditional rendering controls content access based on membership and enrollment states.

>Key technical components include: authentication flows, dynamic list rendering, payment processing integration, and progress tracking mechanisms. The architecture prioritizes scalability, allowing easy addition of new courses or membership tiers. Error handling ensures smooth user experiences even during network issues or payment failures.

User Experience Design

>The app emphasizes intuitive navigation and clear visual feedback. Color coding distinguishes free (accessible) and paid (locked) content. Interactive elements like enrollment buttons change state dynamically to reflect user actions. Progress visualization through completion percentages motivates continued engagement. The design maintains consistency across all screens while accommodating different content types.

Key Development Considerations

  • Authentication security and session management
  • Responsive UI for various device sizes
  • Efficient data fetching for course listings
  • Payment gateway integration reliability
  • Progress data synchronization across devices

Key Takeaways

  • React Native Expo enables rapid cross-platform mobile development
  • Modern authentication services like K simplify social login implementation
  • Dynamic UI components improve user engagement with real-time updates
  • Membership systems provide sustainable monetization for educational content
  • Progress tracking features enhance user retention and learning outcomes

Frequently Asked Questions

Q: Is K authentication free to use?
A: K offers various pricing tiers including free options for small projects, with scalable plans for larger applications.

Q: Can the app support video hosting?
A: Yes, the course lessons can be integrated with video hosting platforms like YouTube for seamless content delivery.

Q: How is user data protected?
A: Authentication tokens are securely stored, and all sensitive data is encrypted following industry best practices.

Q: Can we add more payment methods?
A: The membership system architecture allows integration with additional payment gateways beyond the initial implementation.

Q: Is offline access possible?
A: Progress tracking can be implemented with local storage for offline functionality, though real-time syncing requires connectivity.

Conclusion

>Building this React Native course application demonstrates the power of modern mobile development tools. By integrating social authentication, dynamic content management, and membership systems, we create a comprehensive educational platform. The implementation balances technical robustness with user-friendly design, ensuring both developers and learners benefit from the experience.

>The modular architecture allows easy expansion of features like additional content types or advanced analytics. As educational technology evolves, this foundation provides a scalable solution for delivering engaging learning experiences across mobile platforms.

>Whether for online courses, tutorials, or skill development programs, this React Native application template offers a practical starting point for creating professional educational mobile applications.

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