Integrated - Intelligent -
Implemented with precision

Architectural BIM, structural BIM and MEP BIM models can be developed from design drawings, specifications, point-cloud data, PDFs or existing project information. The workflow typically starts with model setup and project standards, followed by discipline-wise modelling, coordination checks, information development and documentation. Models can be developed at the required level of detail and information for design, coordination, quantity workflows and construction documentation.

Typical scope

How it is developed

1. Model setup & standards
2. Discipline modelling
3. Coordination review
4. Documentation & data

Clash detection uses coordinated discipline models to identify hard clashes, clearance issues and interface conflicts before construction. Models are combined, rules and tolerances are applied, issues are reviewed by discipline, and coordinated reports are issued for resolution. The process helps teams address problems digitally instead of discovering them during fabrication or site execution.

Typical scope

Quantities can be extracted from coordinated BIM models and structured against project requirements. Elements are reviewed for correct classification, model data is checked, quantities are grouped into useful schedules and the resulting information can support BOQ preparation, procurement planning and cost review. Outputs depend on the model scope and the project's measurement requirements.

Typical scope

How it is developed

1. Model audit
2. Element classification
3. Quantity extraction
4. Schedule / BOQ output

Construction coordination brings architectural, structural and MEP information together so project teams can work from a coordinated digital environment. The process includes model federation, interface review, clash resolution, coordination meetings and drawing/document updates. The aim is to make construction information easier to interpret and reduce avoidable site uncertainty.

Typical scope

Shop and fabrication drawings translate coordinated models into information that fabricators and installers can use. Depending on the scope, deliverables can include shop drawings, fabrication drawings, GA drawings, details, sections, schedules, dimensions and installation information. Drawings are coordinated against the model and design requirements before issue.

Typical scope

How it is developed

1. Coordinate model
2. Develop fabrication information
3. Detail & dimension
4. Review and issue

Coordination of building services through BIM mep and mep BIM services helps identify conflicts, improve constructability and reduce site uncertainty.

Typical scope

How it is developed

1. Model services
2. Route systems
3. Check clearances
4. Coordinate & document

Structural BIM develops an information-rich model representing structural systems such as foundations, columns, beams, slabs, walls and framing. The model can be coordinated with architectural and MEP information and used as a basis for structural documentation, quantity workflows, detailing and downstream fabrication support.

Typical scope

How it is developed

1. Set structural levels
2. Model structural elements
3. Coordinate interfaces
4. Produce documentation