Key Features & Contributions:

1. Immersive VR Experiences:

• Developed a highly immersive VR platform using Unity 3D, allowing users to walk through virtual spaces with Oculus Rift/Quest or HTC Vive headsets.
• Integrated a real-time rendering engine that adjusts lighting, shadows, and textures to provide a realistic preview of interior and landscape designs.
• Created an intuitive interface where users can modify aspects of the design, such as furniture placement, color schemes, and architectural elements, in a fully virtual environment.

2.Interactive AR Solutions:

• Built AR-based features that allow users to view 3D models of interior designs and landscape layouts directly on their mobile devices.
• Using ARKit (for iOS) and ARCore (for Android), the app enables users to place virtual furniture, plants, and other design elements into their real-world environments for scale and fit testing.
• Implemented precise surface detection and depth mapping to ensure that virtual objects integrate seamlessly into physical spaces.

3.Real-Time Design Customization:

• Developed tools for real-time customization, allowing users to change wall colors, flooring materials, and other design elements on the fly, both in AR and VR modes.
• Integrated with material libraries so users can select real-world materials and finishes, ensuring that what they see in the virtual space can be sourced and installed in reality.

4.3D Model Integration and Visualization:

• Created high-quality 3D models of interior furniture, appliances, landscaping elements, and architectural structures using Blender and SketchUp.
• Optimized these models for real-time interaction, ensuring they can be easily manipulated within AR and VR environments without sacrificing visual fidelity.

5. Seamless Client-Designer Collaboration:

• Implemented cloud-based project management features, where interior designers and landscape architects can share their designs with clients through secure links.
• Clients can explore the proposed designs in both AR and VR, provide feedback in real-time, and request changes directly through the platform, speeding up the decision-making process.

6.Cross-Platform Compatibility:

• Ensured that the solution works seamlessly across multiple platforms, including mobile AR applications for iOS and Android, as well as VR setups for desktop systems.
• Developed a web-based viewer for clients without AR/VR equipment, allowing them to preview designs in 3D using WebGL and interact with elements through an intuitive interface.

7. Data Analytics and Insights:

• Built a backend system with Node.js and MongoDB that tracks user interactions within the AR/VR environments, providing valuable insights for designers about which elements receive the most attention.
• Integrated user feedback and design iterations into the system, enabling designers to refine their work based on real-time data and client preferences.

8. Cloud Storage and Data Management:

• Used AWS S3 for storing large 3D models, textures, and project files, ensuring fast access and retrieval when loading designs into AR/VR environments.
• Created a secure system for saving user preferences and design states, allowing clients to resume projects from where they left off, regardless of the platform.