In this engaging walkthrough, I showcase the 'Parts of a Microscope' practical simulation, a distinctive feature of the StanLab App. This project exemplifies my ability to transform traditional educational content into interactive, digital formats, making complex subjects more accessible and engaging.

My role in this project mirrored the multifaceted responsibilities I undertook in the 'Test for Lipids' simulation. I was responsible for programming the core mechanics of the simulation, ensuring a seamless and interactive exploration of a microscope's components. This involved meticulous attention to detail to accurately represent the intricate parts and functionalities of a microscope in a virtual environment.

Furthermore, I extended my expertise in sound design to this project, creating and integrating realistic audio effects that accompany each interaction within the simulation. These soundscapes play a crucial role in enhancing user engagement and realism, making the learning process both immersive and enjoyable.

Additionally, my involvement included the careful crafting of the simulation's level design and the implementation of an intuitive UI/UX. This ensured that the simulation was not only scientifically accurate but also user-friendly, catering to a diverse range of learners.

This simulation stands as a testament to my commitment to revolutionizing educational methods through technology. By creating a multisensory tool that is both informative and interactive, I aim to foster a deeper understanding and appreciation of scientific concepts among learners.