• Facility Management
• Laser Scan to BIM
• As-Built BIM Modelling

Facility Management

• BIM to BMS Integration

By linking Building Automation Systems (BMS) with BIM models, facility managers gain seamless control over their buildings via interactive 3D dashboards—far surpassing the capabilities of traditional CMMS systems.

• COBie Data Integration

Our BIM models are developed with embedded COBie (Construction-Operations Building Information Exchange) parameters, essential for effective facility management and lifecycle asset tracking.

• Asset Information Model (AIM)

The BIM model, developed to the required Level of Detail (LOD), contains comprehensive data and documentation for each component. This rich information supports CAFM systems and ensures efficient building maintenance aligned with client requirements.

Laser Scan to BIM

• Accurate Real-World Data Capture

In the absence of existing plans or drawings, laser scanning captures the physical environment in precise 3D. This data is then transformed into accurate as-built BIM models, which can be integrated with CMMS and FM systems.

• Speed & Precision

Our Laser Scan to BIM process is significantly faster than traditional surveying methods. It reduces human error, increases accuracy, and helps clients save time and costs during documentation and modeling.

• Enhanced Deliverables

Using advanced tools like LiDAR and BIM, we streamline the production of traditional outputs such as as-built drawings, point clouds, and 3D models—all with high accuracy and reliable data.

As-Built BIM Modelling

• Comprehensive Documentation

As-built BIM models offer a reliable alternative to traditional drawings, which are often outdated or hard to interpret. They serve as a detailed reference for future renovations or facility upgrades.

• Centralized Data Access

The BIM model acts as a single source of truth, allowing easy access to documentation, spatial navigation in a 3D environment, and embedded manufacturer data within various building components.

• Visualization of Hidden Elements

BIM empowers users to virtually remove ceilings or walls and visualize hidden components like pipelines, ducts, and cable trays—providing insights that conventional methods can’t deliver.