Adaptive Knowledge Gap Chatbot Development

The project aims to develop specialized chatbots that can be used in critical human applications such as legal advice, healthcare, financial literacy, and education. These chatbots will be designed to pre-assess users' existing knowledge on a given topic, allowing them to tailor responses that specifically address the users' knowledge gaps. The chatbots will also include a feedback mechanism to evaluate whether users have understood the information provided. If comprehension is lacking, the chatbot will adapt its responses to improve user understanding. This project provides an opportunity for learners to apply their knowledge of artificial intelligence, natural language processing, and user experience design to create a practical solution that enhances user engagement and learning.

Web Application Development

Project Focus:  Build and deploy a web application to solve a real-world problem. Duration:  40 hours over 4 weeks Skills Gained: HTML/CSS/JavaScript (or basic React) Git and GitHub collaboration Backend setup (e.g., Node.js, Firebase, Python Flask) Cloud deployment basics (e.g., Heroku, Vercel) Debugging and documentation

Interactive AI-Driven Educational TV Experience

The goal of this project is to develop a prototype for an interactive educational television program using AI-generated videos and large language models. The program aims to engage students by allowing them to become part of the TV show, interact with characters, and learn through immersive experiences. By integrating AI, the project seeks to create a dynamic learning environment where students can receive personalized feedback and corrective instruction. This project will focus on designing a storyline that incorporates educational content, developing AI characters capable of real-time interaction, and ensuring the system can adapt to different learning paces and styles. The ultimate aim is to enhance student engagement and learning outcomes through innovative use of technology.

Create web-scraping tool to extract data from scientific journals.

MyEdMaster is building science-based software to make heath and longevity recommendations. A key part of this process is reading scientific journals and extracting key data from them, a very labor-intensive and time consuming process. The goal is to create software that can read scientific journals and extract the key information we need for our product.