SmartFlash: The AI Study Tool
That Knows What You Don't Know
Revolutionary AI-powered learning tool that identifies your knowledge gaps and creates personalized flashcards targeting exactly what you need to learn.
Revolutionary AI-powered learning tool that identifies your knowledge gaps and creates personalized flashcards targeting exactly what you need to learn.
This is a functional prototype for demonstration purposes. We kindly ask you to use it responsibly. For feedback and suggestions, please contact info@viablelab.org
Our diverse team brings together expertise in AI, education technology, user experience design, and learning sciences to create the next generation of study tools.
Founder | Lead Developer | System Architect
Initiated the SmartFlash concept. Leads development and system architecture, focusing on AI-powered educational technology to transform learning experiences.
Algorithm Engineer | Technical Lead
Contributes to user experience design and develops core algorithms, focusing on big data learning analytics and educational data mining.
UX Research | Product Coordination Lead
Focuses on user experience through interviews and design, bringing human-centered design principles to ensure SmartFlash meets real user needs.
Marketing | Operations Manager
Manages operational aspects and marketing strategies, ensuring the project stays on track through effective task management and communication.
Clinical Assistant Professor, University of Florida
Provided invaluable guidance drawing from expertise in Educational Technology, CS Education, and game-based learning design, helping the team apply design thinking principles throughout the project.
Our interdisciplinary team combines expertise in educational technology, instructional design, computer science, and AI ethics. We came together with a shared vision of transforming how students learn and retain information through personalized, AI-driven tools that adapt to individual learning needs.
SmartFlash began as a concept to help students create better flashcards. We recognized that traditional flashcard methods often fail to target specific knowledge gaps, leading to inefficient studying.
Our initial vision was to develop an AI tool that could analyze educational materials and automatically generate relevant flashcards, saving students time while improving the quality of their study materials.
"We wanted to create something that would fundamentally change how students approach studying by leveraging AI to identify what they don't know."
As we developed SmartFlash, it evolved into a comprehensive learning ecosystem that not only creates flashcards but also analyzes learning patterns, identifies knowledge gaps, and adapts to each user's unique learning style.
The final design incorporates advanced natural language processing to extract key concepts from any learning material, personalized assessment algorithms, and interactive learning games that reinforce knowledge retention.
"The platform now intelligently adapts to each learner, creating a personalized learning journey that focuses precisely on what they need to master."
SmartFlash aims to revolutionize how students learn by creating a personalized, adaptive learning experience that identifies and targets knowledge gaps, making studying more efficient and effective.
We're committed to helping learners master complex material faster, retain information longer, and develop deeper understanding through AI-powered learning tools that adapt to individual needs.
Students can upload course readings, lecture notes, and textbook chapters to quickly generate focused flashcards that target the most important concepts.
SmartFlash identifies knowledge gaps through practice tests and creates personalized flashcard sets focusing specifically on areas needing improvement.
Researchers can upload academic papers to extract key findings, methodologies, and conclusions, creating a personalized knowledge base of their field's literature.
Upload PDFs, documents, or paste text directly. SmartFlash processes various formats to extract key information for learning.
Our AI analyzes your responses to identify knowledge gaps and adjusts flashcard difficulty to focus on what you need to learn most.
Turn studying into an engaging experience with games designed to reinforce memory and test understanding in interactive ways.
Using agile development principles, we evolved our product from initial concept to final prototype through a series of sprints, each focused on specific aspects of the design thinking process.
We began by understanding our users through interviews, empathy maps, and creating detailed personas to identify the real problems students face when studying.
We brainstormed solutions using "How Might We" questions and the Crazy 8s technique, then created detailed storyboards to visualize the user experience with our product.
We created a series of low-fidelity prototypes to visualize our solution and gather early feedback before investing in high-fidelity designs.
We transformed our wireframes into a high-fidelity interactive prototype with polished UI elements, realistic content, and functional interactions.
Users found the AI-generated flashcards highly relevant to their learning needs
The knowledge assessment feature received positive feedback for its accuracy
Some users requested more customization options for the flashcard interface
Navigation between study and assessment needed improvement
Throughout our development process, we continuously engaged with target learners and experts to ensure our design meets real user needs.
Students struggle with extracting key concepts from large volumes of study material, leading to inefficient learning.
Many learners have limited time for creating study materials, preferring automation that doesn't sacrifice quality.
Learners want tools that adapt to their existing knowledge and focus on areas where they're struggling.
Based on cognitive walkthrough feedback, we streamlined the material upload process to reduce overwhelm.
User testing revealed confusion with card flipping, so we improved the interaction model.
Added a clear navigation system after early testers struggled to find key features.
Added game modes and achievements based on user feedback about motivation.
"The integration of AI with proven learning science principles creates a powerful tool for targeted studying. SmartFlash's ability to identify knowledge gaps addresses a critical need in education."
- Educational Technology Expert
Our development process was guided by these core principles, ensuring that SmartFlash delivers an effective, engaging, and personalized learning experience.
We embraced iterative development with short sprints, allowing us to continuously refine our product based on feedback and changing requirements.
We followed a human-centered approach, deeply understanding user needs before developing solutions through empathy, ideation, and prototyping.
Our features are grounded in proven educational theories and cognitive science principles to maximize learning effectiveness.
We prioritized ethical considerations in our AI implementation, ensuring transparency, fairness, and user control throughout the learning process.
