Development of an AI-Driven Personalized Learning Platform to Support Children with Dyslexia

The client faces difficulties in providing personalized and accessible reading support for students with dyslexia and other reading challenges. Existing solutions lack adaptive, intelligent features that can address individual student's needs, resulting in suboptimal learning outcomes and engagement.

A mid-sized educational organization focused on integrating innovative technology solutions to enhance learning experiences for students with reading challenges.

• Develop a personalized, AI-powered learning platform aimed at improving reading skills for students across all proficiency levels.
• Enable proactive and empowering educational experiences tailored to individual student profiles.
• Implement secure, user-friendly onboarding, management, and navigation for students, parents, and administrative staff.
• Incorporate advanced AI algorithms to provide adaptive learning pathways, predictive insights, and personalized feedback.
• Achieve a seamless integration of functionalities such as assignment management, detailed reporting, and user management.

• User-centric authorization and navigation for multiple user roles (students, parents, admins, educators).
• Streamlined onboarding processes for easy user registration and management.
• Secure user management system including role-based access control.
• Assignment and curriculum management tools with options for customized lesson plans.
• Advanced reporting capabilities providing detailed insights into individual student progress and activity.
• AI-powered algorithms for adaptive content delivery, predictive analytics, and personalized learning insights.
• Responsive and intuitive UI/UX design tailored for children with reading challenges and their guardians.

• Secure authentication services for user security and adaptive authentication processes
• Data analytics and reporting tools
• AI/ML services for predictive analytics and personalized recommendations
• Third-party educational content providers, if applicable

• Highly scalable architecture capable of handling increasing user loads
• Robust security measures including secure authentication and data protection
• High system availability and reliability, with fallback mechanisms
• Responsive UI for accessible use across devices and user abilities
• Timely data processing for real-time adaptive feedback

The implementation of this AI-driven personalized learning platform is expected to significantly enhance reading skill development and engagement for students with dyslexia, similar to the original project’s outcomes. It aims to improve learning efficiency, provide valuable insights through detailed reporting, and empower parents and educators with adaptive tools. The targeted system is projected to support a scalable user base without compromising security or performance, leading to measurable improvements in educational outcomes and user satisfaction.