BIM in factory planning

Building Information Modeling is a method for the optimized planning, execution and management of buildings and is used by ifp consulting for integrated factory planning.

The BIM model is a “digital twin” of the later building and considers the entire life cycle of the structure. The detailed building model is enriched with information by all project participants throughout the entire planning process. This makes it possible to determine whether the project can be implemented realistically and efficiently in terms of design, time, material and cost planning.
The advantage of BIM in factory planning: all information can be accessed by those responsible at any time and from anywhere over the entire life cycle.

Building Information Modeling (BIM) has established itself in the construction industry as an indispensable method for planning complex construction projects more efficiently and transparently. By using digital models that include geometric, technical and functional information, all project participants are involved at an early stage.

How to avoid inefficiencies with BIM:

Buildings and the production and logistics processes they contain are often designed independently of each other. This often leads to inefficiencies, as the specific requirements of production systems are not sufficiently incorporated into the building design or vice versa. Against this background, the question of how BIM can be used as an integrative method to efficiently connect factory buildings and production systems is becoming increasingly important.
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What are the advantages of BIM in factory planning?

• With the help of BIM, the entire life cycle of a structure can be mapped and controlled
• Automatic adjustment and reconciliation of information in real time and in all views
• BIM software supports AEC (architecture, engineering, construction) processes, facilitating collaboration and communication among all project stakeholders.
• Digital project management enables a transparent and coordinated division of labor
• Early detection of errors or avoidance of unnecessary work increases efficiency and reduces costs

Services of ifp consulting

• Creation of a professional BIM technical model that spatially represents the space requirements with the space needed and the arrangement of the machines and equipment
• Continuous attribution of rooms and zones in the BIM specialist model
• Integration of the modeled rooms into the central building model of the object planner

How the transfer of machine and layout data from layout tools to a BIM model can work quickly and easily:

In many factory planning projects, the transfer of machine and layout data from layout tools to a BIM model still involves a great deal of manual effort. This leads to media disruptions, sources of error and delays in the planning process. How can machine and layout data be efficiently integrated into a shared BIM model? At ifp consulting, we use an internally developed script in the visual programming language Dynamo. This can be used in visTABLE including positions, geometries and true-to-scale dimensions, can be automatically transferred to Revit.

The added value:
– Architects and specialist planners can immediately build on a resilient, geometrically correct foundation.
– Errors caused by manual transfer are eliminated.
– The planning process is accelerated.

This makes it clear how visual programming helps to create standardized workflows and make BIM efficiently usable in factory planning. Architects, engineers and specialist planners can work in parallel at an early stage, reduce change costs and increase planning reliability. Conclusion: BIM is a decisive step towards greater efficiency and data consistency in factory planning projects.

Video: Praxistipp Fabrikplanung