SGSAM GHAFARIREAL TIME 3D / ART & CODE
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Technical Art / Development

UniSC’s CAVE2

MY CONTRIBUTION

Senior developer

Adapted the Caloundra digital twin for the University of the Sunshine Coast’s CAVE2 display.

Unreal Engine · Immersive display

THE PROJECT STORY

Delivering a Unique Digital Twin Experience at UniSC’s CAVE2™

As a Senior Developer, my recent project involving the Caloundra Transport Corridor Upgrade (CTCU) was adapted for a groundbreaking educational display using the CAVE2™ system at the University of the Sunshine Coast (UniSC). This adaptation provided an unparalleled opportunity for students and visitors to interact with my digital twin visualization project in a highly immersive and dynamic setting.

Project Adaptation for CAVE2™

The digital twin I developed using Unreal Engine was specifically tailored for UniSC’s CAVE2™, a state of the art visualisation environment that features a 320 degree immersive 3D space. My project, aimed at visualizing the CTCU, was integrated into this unique platform, offering users the ability to explore and interact with the infrastructure changes in real time through advanced visualization and joystick controlled navigation.

Interactive Learning and Community Engagement

Integrating this project with CAVE2™ enabled a hands on learning experience that engaged not only engineering students but also local school groups and community members. The joystick control allowed users to navigate the digital environment actively, making the learning process both informative and engaging. This setup was particularly effective in demonstrating the practical applications of urban planning and infrastructure development, helping students and visitors visualize the potential impact of such projects on their own communities.

Enhancing Educational Outcomes

The use of CAVE2™ to display the CTCU project significantly enhanced educational outcomes. By transforming theoretical knowledge into a tangible, interactive experience, students were able to understand complex urban planning concepts more deeply. The immersive nature of CAVE2™ helped in illustrating how digital twin technologies can be applied in real world scenarios, thus preparing students for future challenges in the field of urban development.

Conclusion

The adaptation of my CTCU project for UniSC’s CAVE2™ represents a significant advancement in educational technology and community engagement. This initiative not only showcased the capabilities of digital twin technology in a new light but also emphasized the importance of interactive learning in understanding and solving real world issues.

CONTINUE EXPLORING

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