The challenge was to create a VR experience that faithfully captures a cherished childhood memory while offering a culturally immersive environment. Growing up, one of my most treasured memories was the desert safari trips with my family and friends in Dubai, where we set up a campfire and enjoyed a BBQ under the starry sky. The objective was to reconstruct this memory in a way that allows users to explore and interact with the space, evoking a sense of nostalgia and cultural connection.

The main goal was to transport users into an environment that accurately replicates the look and feel of a Dubai desert safari. This VR experience was intended to serve as a cultural exchange, offering a glimpse into a unique aspect of Dubai’s culture and lifestyle. It was also important to make the experience engaging and immersive, with attention to detail in the landscape, objects, and atmosphere.

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Using 3D modeling software like Blender, I meticulously recreated the desert environment, including the sand dunes, a camping setup, and other familiar elements from my childhood experiences. The VR space was designed to be explored in a 360-degree format, enhancing the immersion with sound elements such as the crackling of the campfire and the soft desert winds. The environment was made available on the Spatial platform, allowing users to explore it together and discuss their experiences.

User feedback was instrumental in refining the VR environment. Most users found the experience immersive and enjoyed the attention to detail in the camping setup. However, some suggested adding more interactive elements to enhance the engagement. There were also notes on improving the landscape’s realism by incorporating more natural textures and features.

The VR project successfully created an immersive and culturally rich environment that resonated with users. It offered a unique blend of nostalgia and cultural education, allowing users to explore and experience a part of Dubai’s desert culture. The project was well-received for its authenticity and the sense of place it provided.

Tools and Technologies

• 3D Modeling: Blender

• VR Platform: Spatial

• Sound Design: Integrated ambient sound elements

• Accessibility: Designed with user navigation and interaction in mind, aiming to provide a smooth experience

Based on user feedback, future iterations could include adding more interactive elements, such as allowing users to manipulate objects within the environment. Enhancements like dynamic weather effects or day-night cycles could also increase the sense of immersion.

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