The problem ATOMA solves

problems, project ATOMA can solve

Limited access to educational resources: A virtual reality education app can provide access to educational resources for students who are unable to access them due to their location, financial status, or other limitations.

Lack of engagement: Students can become disengaged with traditional classroom learning. A virtual reality education app can help to increase engagement by providing a more immersive and interactive learning experience.

Difficulty in understanding abstract concepts: Virtual reality can be used to create visual representations of abstract concepts, which can help students understand and grasp the material more easily.

Limited opportunities for hands-on learning: Some subjects require hands-on learning experiences that can be difficult to simulate in a traditional classroom setting. A virtual reality education app can provide students with a safe and controlled environment to practice these skills.

Language barriers: Virtual reality can provide an opportunity for students to learn a new language through immersive experiences and conversations with virtual native speakers.

Limited resources for special needs students: Virtual reality can provide a customized learning experience for special needs students that may not be available in traditional classrooms.

Limited access to travel and field trips: Virtual reality can allow students to virtually travel to locations that they may not be able to physically visit, providing a more immersive and engaging learning experience.

Limited access to high-end laboratory equipment: Virtual reality can provide students with access to high-end laboratory equipment that may not be available in their physical classrooms.

Limited access to expert teachers: Virtual reality can connect students with expert teachers from around the world, providing access to a wider range of knowledge and expertise.

Challenges we ran into

Some challenges that we ran into when building project ATOMA :

Technical limitations: Virtual reality requires powerful hardware and software, and building an app that is both functional and user-friendly can be challenging. The app must be optimized to run on a variety of devices, which can be a technical challenge.

Content creation: Creating educational content that is both engaging and informative can be difficult. The content must be designed specifically for the virtual reality chemistry-based environment, taking advantage of the immersive nature of the technology.