Thea is an AI-powered study platform designed to transform the learning experience for students and educators by providing personalized, adaptive study tools. By analyzing user-provided materials such as class notes, textbooks, and lecture videos, Thea generates customized study kits that include flashcards, practice tests, and interactive games. This approach not only streamlines the study process but also enhances comprehension and retention through research-backed methods like active recall and spaced repetition. Thea's adaptive AI tailors each study session to the individual's strengths and challenges, ensuring an efficient and effective learning journey. Key Features and Functionality: - Smart Study: Generates personalized practice questions that adjust in difficulty as the user progresses, promoting deeper understanding. - Flashcards and Memorization Tools: Creates interactive flashcards and engaging games to aid in memorization and retention of key concepts. - Study Guides and Summarization: Transforms uploaded materials into concise summaries and structured study guides, facilitating efficient review. - Test Mode: Simulates real exam conditions with practice tests that track progress and help build confidence. - Educator Mode: Allows teachers to create and share adaptive study kits, monitor student performance, and streamline assignment creation and grading. Primary Value and User Solutions: Thea addresses common challenges in the educational process by automating the creation of study materials, thereby saving time and reducing stress for both students and educators. Its adaptive learning approach ensures that study sessions are tailored to individual needs, enhancing engagement and improving academic performance. For educators, Thea simplifies workload management by providing tools for easy assignment creation, automatic grading, and real-time insights into student progress. By integrating ethical AI practices, Thea promotes genuine learning and mastery of subjects, rather than encouraging shortcuts or rote memorization.