Data Structure and Algorithm Competitive Programming Platform

During my extended internship at Turn the Bus, I was invited back to continue developing AR/VR labs for Class 11 and 12 physics experiments. It was rewarding to help them further enhance their educational tools. My contributions included optimizing performance and refining the minimalist design, making the applications even more efficient and user-friendly. This experience allowed me to provide valuable support and innovation to their projects.

During my internship at Turn the Bus, I spearheaded the development of AR/VR labs for Class 11 and 12 physics experiments using Unity. My primary objective was to create an immersive and interactive learning experience for students, enabling them to conduct experiments on their mobile devices efficiently. Key achievements include:Innovative AR/VR Solutions: Designed and implemented AR/VR labs that allowed students to perform physics experiments virtually, enhancing their understanding of complex concepts.Optimized Performance: Ensured the applications were lightweight and required minimal storage, making them accessible on a wide range of mobile devices.Minimalist Design: Focused on a sleek, minimalist design to provide a user-friendly interface that facilitated easy navigation and engagement.Educational Impact: Contributed to a significant improvement in students' learning experiences by providing a practical, hands-on approach to physics experiments.This role allowed me to blend my technical skills with creative problem-solving, resulting in a valuable educational tool that supports modern learning methodologies.