The Mission of this project is to create an AR anatomy learning experience for students viewable through the Magic Leap 2.
Auto-Advising Miami Bot
The vision of this project is to create an Auto Advising Bot that serves as a virtual academic advisor for students. It is designed to assist students in navigating school-related information and making informed decisions about their academic paths. The bot helps students to access accurate and timely information about courses, programs, and university resources.
Auto-Extremity – Robot arm and hand
To create an intuitive, real-time robotic arm system that bridges human gestures and mechanical motion through seamless hand-tracking and mixed-reality integration, advancing accessible human-robot collaboration for education, innovation, and remote interaction.
Backstory Preaching
Our vision is to build a sermon appraisal tool to help preachers grow in their preaching by providing thoughtful, AI-generated feedback. By combining AI with criteria defined by the Backstory Preaching group, the tool offers personalized insights that reflect best practices in sermon delivery and content.
ClassifAI
ClassifAI is an online video/audio analysis platform to assist educators in understanding how their interactions with students impact real learning. It provides quantifiable metrics related to teacher-student interaction, such as talking time, difficulty of questions asked by a professor, and lecture summaries. These tools can be used by lecturers to review their lectures and improve the classroom experience for their students.
Course Planner Upgrade (’25)
To create a comprehensive academic advising platform that enables student planning and improves educational outcomes with minimal effort. Our goal is to provide a user-friendly solution that enhances this process and can be expanded across departments to assist other students needs as well.
CRU Local Chapter Site
The goal is to create a comprehensive mobile application that connects students at Miami University to the local chapter of Cru, providing a platform to learn about the organization and support its mission on campus.
Deep Fake Detection
To develop a robust and intuitive interface that applies the top-performing deepfake detection method to support digital media authenticity and reduce the spread of misinformation.
Drag-and-Drop Survey Builder Tool
To create an intuitive, customizable survey builder tool with a drag-and-drop interface that allows transparency between survey results and the public while maintaining anonymity.
Empirical Analysis of Differential Privacy
To provide actionable insights into how to optimize differential privacy implementations for various practical applications, ensuring a strong balance between security and data usefulness.