Drexel University’s Digital Media & Virtual Production (DMVP) program showcased an innovative senior capstone project in 2023 that pushed the boundaries of interactive chemistry education. The project, titled “Titra Labs,” was developed by Anthony Alcantia, demonstrating the program’s commitment to preparing students for real-world production environments and interdisciplinary applications.
Titra Labs is a comprehensive chemistry titration simulation that brings laboratory experimentation into the virtual realm. This project showcased the potential of VR technology in science education, allowing users to weigh solids, pour solutions, and conduct titrations in a highly interactive and immersive environment.
Bridging Science and Technology
Anthony Alcantia, a DMVP student with a background in biochemistry, developed Titra Labs over nine months using Unreal Engine 5 for Oculus systems. The project exemplified the integration of digital technologies with scientific disciplines, demonstrating how virtual reality can enhance understanding of complex chemical processes.
Key Features of Titra Labs
Titra Labs offered a unique learning experience by combining the physical aspects of laboratory experiments with real-time analysis and calculations. Users could perform titrations, observe color changes indicating reaction endpoints, and receive immediate feedback on their experimental techniques. This hands-on approach in a virtual environment allowed for repeated practice without the constraints of physical lab resources.
Impact on Chemistry Education
The project aimed to make chemistry more accessible and engaging for students at various levels. By simulating real-world titration experiments, Titra Labs provided a safe, cost-effective, and interactive way for students to gain practical experience. This VR application could potentially supplement traditional laboratory work, especially in situations where access to physical labs is limited.
Anthony’s work on Titra Labs demonstrated the DMVP program’s commitment to fostering innovative projects that have real-world applications. The project not only showcased technical proficiency in VR development but also highlighted the potential for cross-disciplinary collaboration between digital media and scientific fields.