3D GIS Model for Urban Height Residence
This project integrates Building Information Modeling (BIM) data with GIS technology to provide a comprehensive spatial and informational representation.
3D GIS Model for Urban Height Residence
Developed a detailed 3D GIS Model for the Urban Height Residence, enabling interactive visualization and attribute-based analysis at the room and unit level within the apartment complex. This project integrates Building Information Modeling (BIM) data with GIS technology to provide a comprehensive spatial and informational representation.
- 3D Visualization:
- Created an accurate 3D model of the apartment building, including all floors, units, and rooms, ensuring precise spatial representation.
- Integrated the model into a GIS platform for seamless navigation and interaction.
- Attribute Integration:
- Linked detailed attribute data to individual rooms and units, such as room type, area, occupant information, and associated utilities.
- Enabled users to query and analyze room-specific information directly within the 3D environment.
- Interactive Functionality:
- Implemented tools to filter, highlight, and retrieve data for specific units or rooms.
- Allowed dynamic attribute updates and real-time interaction for various operational scenarios.
- Platform and Technology:
- Utilized GIS software with 3D modeling capabilities, ensuring compatibility and scalability for future enhancements.
- Impact:
- Enhanced spatial awareness and decision-making for property management, leasing, and maintenance operations.
- Provided stakeholders with a user-friendly tool to explore and manage apartment data effectively.
This project demonstrates the powerful integration of BIM and GIS, delivering a robust 3D solution for managing and visualizing complex urban residential structures.