BIM Service ensures precise documentation and drawing management by extracting coordinated 2D plans, sections, and details directly from BIM models. It incorporates revision and approval workflows, manages drawing statuses within the Common Data Environment (CDE), and enforces compliance with Information Delivery Milestones. This structured approach guarantees accuracy, traceability, and alignment with project standards throughout the lifecycle.

BIM Service for Implementation, Training, and Consultancy establishes structured information management aligned with ISO 19650 standards. The scope includes developing comprehensive BIM Execution Plans (BEP) for pre- and post-contract phases, defining Exchange Information Requirements (EIR) and Information Delivery Milestones, and configuring Common Data Environment (CDE) workflows to ensure secure and efficient data exchange. Standardized naming conventions and container management protocols are applied to maintain consistency, while robust information security measures safeguard project data. Additionally, the service reinforces BIM adoption through targeted training and pedagogical practices, enabling organizations to achieve full compliance and operational efficiency in BIM processes.

BIM Service for 3D Modelling and Information Authoring focuses on creating discipline-specific models, including Architectural, Structural, and MEP, to support coordinated design workflows. The process defines Level of Information Need (LOIN) for geometry and associated data attributes, as well as Level of Detail (LoD) and Level of Information (LoI) to ensure compliance with project requirements. Federated models are delivered for coordination and design validation, enabling clash detection and integrated project review. Additionally, models are exported in IFC or native formats to guarantee interoperability across platforms and stakeholders, supporting structured information management within the Common Data Environment (CDE).

BIM Service for Coordination and Information Federation focuses on integrating discipline-specific models into a federated environment to enable multi-disciplinary coordination. The process includes conducting clash detection, managing coordination meetings, and resolving issues using BIM Collaboration Format (BCF) for structured communication. Approval and revision histories are maintained within the Common Data Environment (CDE) to ensure traceability and compliance. This service enhances collaboration by providing a centralized platform for issue management and design validation, reducing risks and improving project delivery efficiency.

BIM Service for Construction Sequencing and Simulation integrates project schedules with 3D models to enable time-based planning and visualization. This process supports 4D simulation of construction sequences, providing stakeholders with dynamic visualizations for improved decision-making and engagement. Time-linked data is maintained within the Common Data Environment (CDE) to ensure consistency and traceability across the project lifecycle. By linking schedule data with model elements, this service enhances construction planning accuracy, reduces risks, and facilitates proactive coordination during execution.

BIM Service for Cost Management and Quantity Take-off enables automated extraction of quantities (QTO) directly from BIM models, ensuring accuracy and efficiency in cost estimation. This process integrates standardized cost classification systems such as Uniclass and Omniclass to maintain consistency across project data. Cost-linked BIM models are developed to support dynamic cost forecasting and budget control, while all cost-related revisions are tracked within the Common Data Environment (CDE) for full transparency and compliance. By connecting cost data with model elements, this service provides a structured approach to financial planning and resource management throughout the project lifecycle.

BIM Service for Asset Information Modeling (AIM) focuses on managing asset data throughout the lifecycle of a facility. This includes developing AIM models for facility management, aligning data structures with the OIR–AIR–PIR hierarchy to ensure compliance with organizational and project requirements, and delivering COBie and IFC datasets for standardized information exchange. The service also enables lifecycle maintenance and performance tracking, providing a structured approach to asset management that supports operational efficiency and long-term sustainability.ion goes here

BIM Service for Sustainability and Digital Twin focuses on creating intelligent, data-driven models that support lifecycle performance and environmental goals. This includes implementing sustainability and carbon management strategies, developing Digital Twins for real-time monitoring and predictive analysis, and performing automated model validation through rule-based checks to ensure accuracy. Additionally, BIM data analytics and dashboards are utilized to provide actionable insights, optimize resource usage, and enhance decision-making across design, construction, and operational phases.

BIM Service for Scan-to-BIM focuses on converting scan point clouds into accurate as-built BIM models. This process delivers high-detail models (LOD 400–500) that reflect existing conditions and validates them against Asset Information Requirements (AIR) for compliance. The models are integrated with Asset Information Models (AIM) to support facility operations and lifecycle management. By linking precise geometric and data attributes, this service ensures reliable digital representations for renovation, maintenance, and asset management workflows.

BIM Service for Revit Family and BIM Object Library focuses on creating standardized, parametric Revit families to ensure consistency and interoperability across projects. Components are classified according to recognized systems such as Uniclass and Omniclass, and structured metadata is applied to maintain data integrity. This service also supports the development of manufacturer-specific and design libraries, enabling accurate representation of products and facilitating efficient design workflows. By providing well-structured BIM objects, this process enhances model quality and compliance with project requirements.