Our approach revolutionizes scientific education by leveraging state-of-the-art augmented reality (AR) technology. This method not only democratizes access to scientific knowledge but also allows for the dynamic scaling and continuous enhancement of educational resources, aligning seamlessly with evolving academic standards and scientific advancements.

Augmented Science is designed to be a pivotal educational tool, offering a wealth of resources and assistance to enhance the learning experience. Utilizing advanced AR models and diagrams, it transforms conventional lessons into interactive visual explorations, significantly improving students' understanding of complex scientific concepts. The app also serves as an invaluable asset for teachers, enabling them to engage students more effectively and foster increased participation in class. Equipped with a comprehensive suite of materials, tools, and equipment, Augmented Science is tailored to broaden students' scientific knowledge, catering to a diverse range of learning styles and educational needs.

Augmented Science is strategically crafted to align with and contribute to the United Nations Sustainable Development Goals, particularly focusing on ensuring equitable access to quality education. By integrating advanced AR models and diagrams, this app transforms traditional learning methods into immersive, interactive experiences. This approach significantly enhances students' comprehension of intricate scientific concepts, bridging educational gaps.

Moreover, the app is an invaluable resource for educators, providing them with innovative tools to engage students and encourage active class participation. With its extensive array of materials, tools, and equipment, Augmented Science is not just an educational application; it's a catalyst for democratizing science education. It ensures that learners, regardless of their geographical or socioeconomic backgrounds, have equal access to high-quality scientific knowledge, thus contributing to the fulfillment of global educational equity as envisioned in the United Nations Sustainable Development Goals.

We implement cutting-edge gamification strategies to transform traditional scientific education into a safe, engaging, and interactive experience. Our application, designed with a focus on critical scientific disciplines like chemistry and astronomy, becomes a pivotal tool in classrooms, providing a unique, immersive learning environment that encourages student participation and deepens understanding.

We also transformed the learning experience in Chemistry through innovative gamification techniques. We have designed interactive modules and simulations that bring chemical concepts to life, allowing students to explore and understand complex reactions and processes in a visually engaging and intuitive manner. This interactive approach not only enhances comprehension but also fosters a deeper interest in the subject, making Chemistry accessible and enjoyable for learners of all levels.

View our app on Google Play Store!

We believe the best way to provide access to free scientific education is to provide the resources through augmented reality. This provides the developers access to scale and upgrade scientific resources.

Gamification is the best learning methodology to provide students a safe and interactive scientific experiment. Our app provides free educational assistance and resources such as chemistry and astronomy that can be used as an asset for lessons and lectures.

git clone https://github.com/caslabs/8th-E-Icon/
cd 8th-E-Icon

After cloning the repository and resolving dependencies, you should open the project in Unity. Make sure you have Unity installed; if not, you can download it from Unity's website.

1. Open Unity Hub.
2. Click on 'Add' and navigate to the directory where you cloned the repository.
3. Select the folder and open it.

Once the project is open in Unity, you can build and run it to test it out. The process may vary depending on whether you're targeting Android (as the project seems to be) or another platform.

1. Go to File > Build Settings.
2. Select Android as the platform.
3. Click on 'Build and Run'.