Development of an Engaging Personalised Math Learning Web Application for Children

The client faces difficulty in providing an engaging, personalized, and effective online math learning experience for children aged 5 to 13. Current methods lack adaptability to individual progress, leading to lower motivation, limited engagement, and slower skill development.

A digital education platform seeking to enhance children's math learning through a gamified, adaptive web application.

• Create an interactive, personalized online math platform that adapts to each child's learning progress.
• Improve children's math proficiency, enabling them to outperform peers by at least 1.5 years over a standard period.
• Enhance self-confidence, goal-setting abilities, and overall academic performance among users.
• Increase engagement and motivation through gamified elements, rewards, and social interaction features.
• Ensure compatibility and smooth performance across tablets and various browsers to maximize accessibility.

• A visually engaging home page designed as a game board for lesson selection.
• Personalized dashboards for each child, including avatar customization and progress tracking.
• An adaptive learning engine that adjusts lesson difficulty based on individual performance and progress.
• Reward system awarding credits for completed lessons, which can unlock avatar and dashboard customization options.
• Progress badges indicating achievement levels such as Pro, Master, or Superstar.
• Group features such as friend invitations, leaderboards categorized by groups (e.g., School, World) to foster social competition.
• Lesson categorization and themed competitions to add excitement and structure to learning.
• Animated, interactive elements throughout the user interface, reacting dynamically to user interactions, with layered JSON animations for smooth performance.

• Animation systems for layered JSON-based animations
• User authentication and profile management systems
• Social media or peer network integrations for sharing progress and inviting friends

• Optimized performance for web and tablet devices, ensuring seamless animations and interactions
• Cross-browser compatibility across major browsers
• Responsive design for usability on various device sizes
• High-quality animations with minimal latency
• Scalable infrastructure to support growing user base

The platform is projected to significantly enhance children's math skills, with users exceeding peers by approximately 1.5 years in knowledge after consistent usage. It aims to boost motivation, self-confidence, and academic performance, leading to higher engagement and retention. The intuitive, gamified approach will also foster social interaction and a sense of progression, contributing to improved educational outcomes and user satisfaction.