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BIM Implementation Consulting
The BIM implementation consulting service supports organizations and professionals through a structured digital transformation process, guided by BIM implementation consultants with multidisciplinary expertise.
The intervention integrates processes, technologies, and governance across the entire asset lifecycle. The process begins with an analysis of digital maturity and existing workflows, on the basis of which a strategic BIM consulting plan is developed to define standards, templates, and an implementation roadmap.
The support includes the involvement of a project BIM consultant for the operational launch of the first projects. Particular emphasis is placed on BIM and CAD interoperability consulting, which is essential to ensure information continuity and proper data exchange between different platforms.
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Preparation of Information Requirements and BIM Execution Offer
The service supports contracting authorities and economic operators in correctly structuring the information demand and supply within BIM processes, ensuring regulatory compliance, technical reliability, and contractual clarity throughout the entire tendering and execution process, with particular attention to BIM compliance for public procurement.
For the Client, the activity includes drafting the Information Requirements document, defining technical requirements, LOD/LOIN levels, and rules for managing the Common Data Environment (CDE), establishing a complete BIM contract documentation framework. It also includes support for the Project Manager in BIM documentation, ensuring procedural correctness and information consistency.
For the Economic Operator, the service includes the preparation of the BIM Execution Offer, with analysis of the Information Requirements, definition of the project BIM organization, and planning of information workflows, ensuring full compliance with the criteria required in public contracts.
In case of contract award, the offer is consolidated into the BIM Execution Plan (BEP), ensuring operational continuity and contractual control.
The service is delivered by top BIM consultants specialized in compliance with public contracts, with an approach aimed at reducing risks, ambiguities, and inefficiencies both during the tender phase and throughout project execution.
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BIM 4D Simulation and Construction Scheduling
The BIM 4D Simulation service integrates the time dimension into the digital model, transforming it into an advanced tool for BIM 4D construction planning and site control. The construction schedule is directly linked to model elements, improving forecasting and operational coordination.
By associating 3D objects with activities in the Gantt chart, it is possible to obtain an accurate construction timeline simulation, consistent with real execution sequences and with the project WBS structure.
The model also becomes a strategic tool for BIM 4D construction logistics, supporting critical path analysis, the management of spatio-temporal conflicts, and the optimization of safety and operational workflows.
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Cost Estimation from BIM 5D Model
The cost estimation service based on a BIM 5D model integrates the economic dimension into the digital model, enabling a precise and constantly updated BIM 5D cost estimation. The project becomes a dynamic economic control system based on verifiable data.
The activity includes defining requirements for automatic quantity extraction, integrating reference price lists, and structuring the information levels required to ensure the computability of model objects.
Operationally, the model is configured for quantity take-off from a BIM model, through the parametric association between digital elements and cost items, including non-modeled works. Every design modification is automatically reflected in the cost estimate.
Economic control becomes an integral part of the BIM information workflow, ensuring greater reliability in financial decision-making.
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Scan-to-BIM Modeling from Laser Scanning
The Scan-to-BIM modeling service transforms existing buildings into accurate digital models through advanced 3D digital surveying processes and point cloud acquisition. It is a strategic solution for Scan-to-BIM services for renovations, where knowledge of the as-is condition is essential to reduce design risks and unforeseen issues.
Laser scanning surveys enable the generation of BIM models from point clouds, ensuring consistency between surveyed data and the information model. The data are processed and converted into parametric objects compatible with BIM authoring software.
The service also includes Heritage BIM (HBIM) activities for historic buildings, As-Built modeling, and dimensional verification to support design, renovation, and quality control.
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CDE Management
The CDE Management service ensures the management of the Common Data Environment (CDE) in a structured, secure, and standards-compliant manner according to UNI 11337 and ISO 19650, centralizing all project information within a controlled digital ecosystem.
The activity includes configuration of the BIM Common Data Environment and CDE platform management, defining workspaces, naming rules, metadata, and access levels, ensuring traceability, interoperability, and data security.
The service also includes the implementation of BIM collaborative workflows, with management of approval processes, versioning, and audit trails, ensuring consistency with the Information Requirements and the BIM Execution Plan.
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Integration of Complex MEP Systems
The service is aimed at organizations that require BIM consultants for the integration of complex MEP systems, ensuring coordination between mechanical, electrical, and plumbing systems and architectural and structural disciplines throughout the entire lifecycle of the asset.
The activity includes BIM consulting services for detailed mechanical design, with advanced parametric modeling and direct integration of specialized calculations into the digital model. The service can be structured into BIM consulting packages for integrated MEP design, including interdisciplinary coordination, clash detection, and preventive interference optimization.
Particular attention is given to BIM consulting for hydraulic and sprinkler systems, ensuring consistency between the model, technical regulations, and project specifications.
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Clash Detection and Coordination Services
The activity is part of BIM consulting services for 3D modeling and coordination, ensuring multidisciplinary project consistency through the early detection and resolution of conflicts between digital models before construction begins.
The activity includes defining the control strategy, with an interference matrix, tolerances, and resolution priorities, proving particularly effective for BIM consulting firms specializing in clash detection for complex renovations.
The analysis is conducted using specialized software for hard clash, soft clash, and time-based conflicts, with dedicated focus on building systems thanks to BIM consultants for clash detection of electrical, mechanical, and special systems.
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Energy Modeling and LEED Support
The activity is part of BIM consulting services specialized in energy modeling and LEED compliance, integrating sustainability and environmental performance into the digital process across the entire lifecycle of the asset.
Through dynamic simulations and performance analyses, the model supports BIM consulting services for high energy-efficiency buildings, enabling evaluations of building envelope, systems, comfort, and energy consumption reduction from the earliest design stages.
The service includes activities typical of BIM consulting firms providing LEED certification support, ensuring data extraction from the model, preparation of technical documentation, and structured management of environmental credits.
The approach is oriented toward sustainable design and green building, integrating LCA analyses and environmental impact assessment directly within the information model.
The result is a data-driven decision-making process capable of improving energy performance, supporting ESG strategies, and enhancing investment value over time.
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BIM 6D Sustainability
The BIM 6D Sustainability service integrates environmental and economic criteria into the digital model, representing an advanced solution for BIM for green building sustainability across the entire lifecycle of the asset.
The model is structured for energy modeling and LEED compliance, supporting performance analyses, comparison of design alternatives, and optimization of energy consumption from the earliest stages.
Through building life cycle assessment (LCA), it is possible to quantify the environmental impact of materials and processes, enabling a carbon footprint analysis with BIM 6D and guiding decisions toward lower-impact solutions.
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BIM Consulting for Major Projects
The BIM consulting service for major projects supports the digital management of complex and infrastructure projects, ensuring governance, control, and information integration across the entire lifecycle of the asset.
The activity includes defining information requirements, structuring the BIM organizational model, preparing tender documentation, and managing the Common Data Environment (CDE), ensuring traceability, security, and interoperability.
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BIM for Facility Management
The service is developed by BIM consulting firms specialized in handover for Facility Management, with the aim of transforming the information model into an operational tool for building management and maintenance during the operational phase.
The activity includes defining AIR/OIR requirements, adopting standards such as COBie, and developing the As-Built model into an Asset Information Model (AIM), ensuring information continuity between construction and operation.
The model is integrated with CAFM/CMMS systems and, in more advanced contexts, with IoT solutions and Digital Twin technologies for real-time monitoring and predictive maintenance.
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Digital Twin
The service falls within BIM consulting for Digital Twin, evolving the information model into a dynamic and interconnected system capable of interacting in real time with the physical asset.
The activity includes defining monitoring objectives, structuring the As-Built model into an Asset Information Model (AIM), and integrating it with IoT networks and automation systems for continuous data collection.
Through advanced dashboards and predictive analysis tools, the Digital Twin enables performance monitoring, failure prevention, and simulation of operational scenarios.
The result is an updated and governed digital model capable of supporting predictive maintenance, cost optimization, and strategic asset management over time.