Live geometry for operational precision and control

This modelling captures the evolving geometry of open-pit mining operations—pits, ramps, benches, and dumps—using survey data, design updates, and fleet telemetry. It supports production tracking, haulage planning, and equipment simulation based on actual site conditions. By visualising plan vs actual in real time, the model enables alignment between operational performance, quantity reconciliation, and execution-based cost tracking.

Project Value:

• Enables visual, real-time reconciliation of mined quantities
• Optimises haul routes and shift planning for equipment efficiency
• Reduces cost variance by linking physical progress to financial models
• Supports operational decisions with live plan-conformance data

Execution alignment for constructed works

We create 3D models of surface infrastructure—haul roads, bulk earthworks, drainage, utilities, and support facilities—using IFC designs and site development inputs. These models provide a visual reference for construction planning, work packaging, and progress tracking. They support accurate quantity take-offs and resource planning, enabling improved cost control and execution certainty during the civil works phase.

Project Value:

• Enhances construction readiness through model-based planning
• Improves cost forecasting with live quantity and progress integration
• Supports validation of equipment deployment and sequencing logic
• Reduces delays by aligning design, scope, and site execution

Integrated delivery intelligence for complex builds

BIM digital twins are developed for vertical and complex infrastructure—accommodation, administration, energy, and utility facilities. These models coordinate structural, architectural, and service layouts, providing a single source of truth for design validation, quantity take-offs, and construction sequencing. Integrated with cost and procurement data, they support predictive tracking, material readiness, and financial alignment throughout delivery.

Project Value:

• Provides accurate, multi-discipline quantity take-offs
• Supports coordinated planning and clash detection
• Enables progress-based valuation tied to physical build
• Enhances cost control through structured model integration