3D Rendering and Visualization Techniques Using Web Based Augmented Reality

Augmented Reality (AR) has emerged as a revolutionary instrument in the domain of science education, especially in chemistry, where the visualization of abstract molecular structures and intricate reaction mechanisms frequently presents difficulties for students. This research presents an interactive, web-based AR platform aimed at improving the teaching and learning of chemistry concepts through immersive 3D visualization and real-time interaction. The system is constructed using a blend of HTML, CSS, and JavaScript for the front-end user interface and animation rendering, while Python Flask functions as the backend framework responsible for routing, data management, and seamless client–server communication. The proposed platform allows users to investigate virtual laboratory setups, molecular models, and chemical reaction simulations directly within a standard web browser, thus removing the necessity for external installations or specialized hardware. The AR environment offers a dynamic and engaging learning experience by enabling learners to manipulate molecular structures, witness bond formations, and visualize reaction pathways interactively. The adoption of lightweight and open-source web technologies guarantees high accessibility, scalability, and cost-effectiveness, rendering the solution appropriate for both academic institutions and individual learners. The research indicates that web-based AR applications can substantially enhance students’ conceptual understanding, motivation, and retention in comparison to traditional teaching methods. Moreover, the system can be integrated into virtual laboratories, classroom demonstrations, and self-learning modules, fostering flexible and technology-driven chemistry education in the digital age.