Healthcare

Valuable applications in the healthcare sector

Measured surveys and 3D laser scanning, combined with Building Information Modeling (BIM) technology, can have significant applications in the healthcare sector. Here are some ways in which these tools can be used:

• 1. Existing Facility Documentation: Measured surveys and 3D laser scanning can be used to document the existing condition of healthcare facilities, including hospitals, clinics, and medical offices. This includes capturing accurate measurements, elevations, and locations of architectural elements, equipment, and infrastructure, as well as creating detailed floor plans, sections, and elevations. This data can be used for facility management, asset tracking, and space planning purposes, ensuring efficient operations and maintenance of healthcare facilities.
• 2. Renovation and Retrofitting: Measured surveys and 3D laser scanning can aid in the renovation and retrofitting of healthcare facilities. By capturing accurate as-built data, these surveys provide a foundation for designing and planning renovations, expansions, or upgrades to existing healthcare facilities. The data can be used in BIM software to create 3D models, visualize design options, and simulate construction scenarios, enabling efficient and cost-effective renovations with minimal disruptions to ongoing operations.
• 3. Clash Detection and Coordination: BIM technology, combined with 3D laser scanning, can facilitate clash detection and coordination in healthcare facility construction and renovation projects. 3D laser scanning can capture accurate as-built data of existing conditions, and BIM models can be developed to incorporate design information from different disciplines. Clash detection can then be performed in the BIM environment, identifying and resolving conflicts between various building elements, such as structural, mechanical, electrical, and plumbing systems. This helps prevent costly rework during construction and ensures smooth coordination among different stakeholders.
• 4. Facility Management and Maintenance: Measured surveys, 3D laser scanning, and BIM can be used for facility management and maintenance in healthcare facilities. BIM models can be integrated with facility management software, allowing facility managers to access and update information about building components, equipment, and systems. This aids in maintenance planning, asset tracking, and lifecycle management, leading to more efficient and effective facility operations.
• 5. Accessibility and Patient Experience: Measured surveys and 3D laser scanning can aid in ensuring accessibility and optimizing patient experience in healthcare facilities. Accurate measurements and 3D models can be used to assess the accessibility of healthcare facilities for individuals with disabilities, identify potential barriers, and plan improvements to comply with accessibility regulations. Additionally, 3D models and visualizations can help healthcare providers and patients understand the layout and design of facilities, enhancing patient experience and comfort.
• 6. Facility Planning and Design: Measured surveys and 3D laser scanning can assist in facility planning and design for new healthcare facilities. Accurate measurements and 3D models can be used for site analysis, space planning, and design visualization. BIM technology can be employed to create coordinated and collaborative designs, optimize space utilization, and simulate different scenarios, leading to more efficient and effective facility planning and design processes.

In summary, measured surveys and 3D laser scanning, combined with BIM technology, can have diverse applications in the healthcare sector, including existing facility documentation, renovation and retrofitting, clash detection and coordination, facility management and maintenance, accessibility and patient experience, and facility planning and design. These tools can help healthcare facilities optimize their operations, improve patient experience, and enhance the overall quality of care provided to patients.