StudyScape

The team

Avani, University of Washington
Hyun, University of Washington Alumnus
Kelly, University of Washington
Rohan, University of Washington

About the project

Abstract

Digital distractions are a major impediment to academic focus for students. Our project introduces an innovative XR (Extended Reality) solution designed to enhance the concentration and productivity of high school and college students. This immersive technology transforms the typical study environment into a distraction-free zone. Students wear a headset to enter a virtual workspace, where a personalized avatar placed on their phone signifies their commitment to focus. The system allows for interactive engagement with study materials, such as annotating digital documents, and includes a unique feature for querying information using voice recognition. Furthermore, students can engage in conversations within the environment to get answers when they have questions or are simply curious. Responses are dynamically generated using AI tools like ChatGPT, offering varied formats including text, videos, or 3D models. This XR solution reduces distractions and promotes an immersive and efficient learning experience tailored to the digital age.

Our hackathon tracks

Best Use of AI in XR
XR Trailblazer

Team location, floor, and room

Jen-Hsun Huang Engineering Building, Stanford

The hardware used and the target platform

Oculus Quest 2

Oculus Quest 3

Our primary target platform is Oculus devices. We would ideally extend this to any AR headset.

The development tools used to build the project.

Unity
Rider
Blender

SDKs used in the project.

XR Interaction Toolkit
Meta Quest Voice SDK
AR Foundation
OpenAI for Unity

APIs used in the project.

ChatGPT
Wit.ai

Any assets used in the project.

Character Pack: Free Animal People Sample from Supercyan

Libraries used in the project.

3DWebView : https://developer.vuplex.com/webview/overview

Components NOT created at the hackathon.

All components presented have been created during the hackathon.

We had additional ideas to make this experience more immersive and engaging that included:

A visualization of progress on each task showcasing an avatar climbing a mountain, that could as a reminder to the goal.
A gesture to mark completion of task through additional immersive models.

We did not work on these additional concepts because of the time limitations.

Our GitHub repository

Check our GitHub project

Motivation

In today’s fast-paced and digitally driven world, the ability to concentrate and stay focused is becoming increasingly rare, especially among students. As a team comprising avid technologists and students, we observed a troubling trend in educational environments: students are constantly distracted by their mobile devices. This observation is not just anecdotal. Numerous studies and surveys have echoed this sentiment, highlighting how the relentless buzz of notifications and the allure of social media can fragment attention spans and disrupt learning processes.

The genesis of our project was rooted in a simple yet profound question: How can we harness technology, often seen as a source of distraction, to enhance focus and learning?

Our motivation was fueled by the potential of XR to create a 'distraction-free' zone, a space where students can engage with their studies without the interference of the outside world. We envisioned an environment where technology becomes an ally in the pursuit of knowledge, not an adversary.

In developing our solution, we were inspired by the cognitive and psychological aspects of learning. The concept of 'flow', a state of deep focus where individuals are fully immersed in an activity, became a cornerstone of our project. We aimed to create a tool that not only minimizes distractions but also encourages a state of flow, thereby enhancing the quality and efficiency of learning.

Furthermore, by designing an experience that integrates seamlessly with existing educational platforms and resources, we saw an opportunity to revolutionize the way students engage with their academic tasks, making the process more interactive, efficient, and enjoyable.

In essence, our project is more than just a technological innovation. It is a step towards redefining the learning experience for students in the digital age. It is about creating a bridge between technology and education, where the former empowers the latter, leading to a more focused, productive, and enriched learning journey.

The Problem

Students today are constantly bombarded with notifications and distractions from their digital devices. This hampers their ability to concentrate on academic tasks, leading to decreased productivity and increased stress. Traditional methods of managing these distractions are often ineffective in the digital era, necessitating a more innovative approach.

How it Works

Our solution, an XR-based focus-enhancing tool, is designed specifically for students. It involves wearing a headset that immerses the user in a virtual environment conducive to studying. Key features include:

An avatar that symbolizes focus, which students place over their phones to signify entering 'focus mode.'
Immersed environment with a darkened background that helps reduce sensory overload.
Integration with educational platforms for task prioritization.
Virtual documents related to assignments are accessible with a simple tap.
Interactive features for engaging with study materials, like marking up documents.
An innovative query feature that uses voice recognition to input questions, which are then answered using LLMs/ChatGPT, providing responses in various formats like text, video, or 3D models.

How We Built It

We developed this solution using a combination of XR technology, voice recognition software, and AI-powered response generation tools. The integration with educational platforms like Canvas was achieved through APIs, ensuring real-time syncing of tasks and deadlines. The user interface was meticulously designed to be intuitive and immersive, keeping the needs of students at the forefront.

Challenges We Ran Into

One of the major challenges was creating a seamless integration between various technologies – XR, voice recognition, and AI response generation. Ensuring user engagement while avoiding overstimulation in the virtual environment was also a significant challenge. Additionally, developing a user-friendly interface that caters to diverse learning styles required extensive testing and iteration.

Accomplishments That We're Proud Of

We are particularly proud of creating an immersive and effective learning environment that has the potential to revolutionize how students interact with their studies. Our innovative approach to integrating voice recognition and AI response generation in an XR setting is a notable achievement. The positive feedback from initial user testing has been immensely encouraging.

What's Next

Looking ahead, we plan to refine our solution based on user feedback, exploring further integrations with other educational platforms and expanding the range of interactive features. We also aim to conduct extensive trials to assess the impact of our tool on student productivity and learning outcomes. Ultimately, we envision expanding our solution to other contexts where focus and engagement are key.