Interactive Simulation

Simulation is a high-fidelity, interactive environment designed to mimic complex real-world scenarios. It removes the friction between the user and the interface by responding dynamically to their inputs in real time, creating a seamless feedback loop of action and consequence.

Our Project

At IMU, we have collaborated with academics on several simulation projects. Below, you can explore some of the projects:

Analysis of P53 (Cell Harvesting) - Dr Yeannie Yap Hui Yeng

This project involves the design and development of a high-fidelity interactive simulation centered on the RT-qPCR (Reverse Transcription-quantitative Polymerase Chain Reaction) workflow. Designed for the "Omics Technology" module, the initiative aims to digitize the molecular biology laboratory experience. By transitioning from a traditional wet lab format to a sophisticated 2D virtual environment, the project ensures that students maintain critical procedural knowledge and analytical skills in genomic expression. 

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Immunology Make Easy: Humoral Immunity (Dr Loke Tim Khaw)

This project involves the development of a "Pathway Guided Simulation" designed to facilitate a deeper understanding of complex immunological processes for medical students. The scope includes creating a structured, interactive digital learning path that covers T cell activation, expansion, differentiation, and humoral immunity. By leveraging guided simulation technology, the project aims to transform abstract molecular mechanisms into a coherent, clinical-ready framework for Semester 1 learners within the School of Medicine. 

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