Genetic Laboratory VR

Projects

VR Gel Electrophoresis Simulator

The VR Agarose Gel Electrophoresis Simulator allows genetic lab professionals to practice electrophoresis techniques in an immersive environment. This advanced VR training tool replicates the intricate details of a genetic laboratory, providing a realistic and interactive experience for users. Trainees can perform procedures such as preparing gels, loading samples, and analyzing results, all within a safe and controlled virtual setting. This simulator enhances learning by allowing repeated practice without the need for physical resources, ensuring that professionals can master electrophoresis techniques efficiently and effectively.

Genetic Laboratory

Client
Challenge & approach
The primary challenge was to develop a highly detailed and realistic VR simulator for agarose gel electrophoresis that accurately replicates a genetic laboratory environment. The simulator needed to provide an immersive training experience that allows genetic lab professionals to practice electrophoresis techniques safely and effectively. Ensuring precision in simulating laboratory equipment and procedures was crucial for the training tool to be both educational and engaging.
To address this challenge, we utilized advanced VR technology to create a detailed digital twin of a genetic laboratory. We collaborated with genetic experts to accurately design the electrophoresis procedures and interactive elements. The development process involved creating high-quality graphics and realistic animations to replicate the lab environment and equipment. We integrated interactive tutorials and step-by-step guides to help users navigate the procedures. Rigorous testing was conducted to ensure the simulator's accuracy and effectiveness in training genetic lab professionals.
We collaborated with genetic experts to design a detailed digital twin of a genetic lab, focusing on realistic electrophoresis procedures. High-quality graphics and interactive elements were developed to simulate tasks such as preparing gels, loading samples, and analyzing results. Interactive tutorials and step-by-step guides were integrated to enhance the learning experience. Extensive testing ensured accuracy and effectiveness.
The VR Agarose Gel Electrophoresis Simulator provided a realistic and immersive training experience, allowing genetic lab professionals to master techniques efficiently. Users reported significant improvements in understanding and executing electrophoresis procedures, demonstrating the simulator's effectiveness as a comprehensive and accessible training tool.

Process / the outcome