Problem:

Stakeholders need an immersive, interactive solution for potential buyers to explore and interact with their future homes and surrounding areas. They need a realistic and engaging virtual simulation that allows users to visualize their living spaces before making purchasing decisions.

Solution:

Developed a cutting-edge interactive experience that allows users to explore and interact with a hillside residential community. This solution provides a detailed and lifelike representation of homes and their surroundings, enhancing the decision-making process for potential buyers.

Technical Details

Environment Design:

- Needed a highly detailed virtual environment representing the residential habitat, complete with terrain modeling, landscaping, and architectural features.

- Applied realistic, interactive home models that users can explore, including exterior and interior spaces, with dynamic lighting and environmental effects to simulate different times of day and weather conditions.

Architectural Visualization:

- Added precise 3D models of homes and surrounding areas using pre-built assets, ensuring that every architectural detail was accurately represented.

- Integrated these models into Unreal Engine 5.3 to achieve photorealistic rendering and smooth performance across platforms.

Interactive Design:

- Interactive features that allow users to customize home interiors, change materials, and explore different layout options can be implemented.

- Implemented a "Neighborhood Exploration" mode where users can navigate the entire community, interact with points of interest, and view property details.

Narrative and User Experience Design:

- Crafted an intuitive user interface that guides potential buyers through the exploration process, making it easy to interact with different elements of the virtual scene.

- A narrative-driven tour option, allowing users to receive guided tours highlighting key features and benefits of the properties can be implemented.

Technical Implementation:

- Leveraged Unreal Engine 5.3 to ensure high-quality performance across PC, Android, and Web platforms, enabling a wide range of users to access the VR experience.

- Optimized the project for cross-platform compatibility, ensuring seamless interactions whether users are on a high-end PC or a mobile device.

Research and Development:

- Conducted market research to identify key features and functionalities that potential homebuyers seek in virtual property tours.

- Iterated on design and interactivity based on user feedback, refining the experience to better meet the needs and expectations of real estate clients.

Problem:

Client required a highly interactive and realistic solution to showcase residential properties and their surrounding environments in Oregon Coast before they were built, aiming to provide potential buyers with a clear and immersive understanding of their future home and its location.

Solution:

Interactive 3D Visualization: Developed an interactive 3D experience that allows users to explore and interact with residential properties on the Oregon Coast. This VR solution was designed to help potential buyers visualize their future home, price and its surroundings in a detailed and immersive manner.

Technical Details

Environment Design:

- Designed and built a highly detailed 3D environment representing the Oregon Coast residential area, capturing the natural landscape, surrounding views, and residential layouts.

- Created realistic terrains, vegetation, and weather effects to accurately reflect the unique characteristics of the Oregon Coast.

Architectural Visualization:

- Developed interactive 3D models of residential properties using Blender, ensuring that all architectural details, materials, and finishes were accurately represented.

- Designed customizable home features, allowing users to explore different layouts, finishes, and design options in real-time.

Interactive Design:

- Implemented interactive elements that allow users to navigate the property and surrounding area, including moving through rooms, opening doors, and experiencing various views from the property.

- Developed a "Day-Night Cycle" feature to simulate different lighting conditions, enabling users to see how their future home will look at different times of the day.

Narrative and User Experience Design:

- A guided tour option, providing users with a narrated experience of the property and its features, highlighting key selling points and unique aspects of the location can be implemented.

- Integrated user-friendly controls for PC, Android, and Web platforms, ensuring seamless navigation and interaction across all devices.

Technical Implementation:

- Leveraged Unreal Engine 5.3 to achieve high-quality graphics and performance, ensuring that the experience runs smoothly on PC, Android, and Web platforms.

- Optimized 3D assets and interactions for mobile and web performance, allowing for broader accessibility without compromising visual quality.

Research and Development:

- Conducted thorough research on the Oregon Coast region to accurately represent the local environment, ensuring that the virtual experience resonates with potential buyers.

- Collaborated wih architects and real estate professionals to ensure that the virtual properties met industry standards and client expectations.