BIM-FACTORY PLANNING

The interdisciplinary symbiosis enables efficient holistic planning of production processes and surrounding building structures based on a BIM-factory planning model.

Factory planning projects are characterised by a large number of project participants and highly complex requirements from production and logistics. A data model can be used to identify interactions between specialist areas and generate the optimum variant for subsequent realisation. Whether for the efficient coordination of planning, support during the construction phase and integration of intralogistics and production: we are your partner!

Dr. Lisa Lenz

BIM-APPLICATION CASES FOR FACTORY PLANNING​

Building Information Modeling (BIM) is revolutionizing factory planning through digital modeling and management of building data. Important use cases are object redesign and collision testing to optimize factory layouts and avoid conflicts. BIM also enables comprehensive quality checks and standardizes information exchange through clear role- and process descriptions.

A lifecycle-oriented approach in combination with openBIM increases process efficiency and ensures consistent, software-independent information usage. The generation of a precise database for the virtual twin supports the development of optimized concepts for new construction projects and existing buildings. Adaptation intelligence based on assistance systems improves decision-making and leads to a more precise planning as well as optimized logistics and production processes.

APPLICATION CASES
Specification of factory-specific BIM-application cases
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HOLISTIC COLLABORATION
Life cycle-oriented approach and use of openBIM
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VIRTUAL TWIN
Generation of a database as the basis of the virtual twin
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Revolution in factory planning with BIM
Building Information Modeling (BIM) is revolutionizing factory planning by digitallymodeling and managing building data. This technology enables more accurate and efficient planning and provides a solidfoundation for optimizing production facilities.
APPLICATION CASES OF BIM IN FACTORY PLANNING
The most important use cases of BIM in factory planning are object remodeling and collision testing. Object remodeling optimizes existing factory layouts and structures to increase efficiency. Collision testing identifies and resolves potential conflicts between structural and technical elements, avoiding errors and delays during the construction phase.
QUALITY INSPECTION AND EFFICIENCY THROUGH CLEAR ROLE AND PROCESS DESCRIPTIONS
BIM also enables comprehensive quality control to ensure compliance with building regulations and safety standards. Clear role and process descriptions define responsibilities and standardize information exchange. This improves collaboration and efficiency, leads to moreprecise planning, higher building quality and optimized production facilities.
USE OF OPENBIM TO INCREASE EFFICIENCY
The use of openBIM based on the use of the ifc standard (developed by buildingSMART) plays a central role in increasing process efficiency. OpenBIM ensures that information can be used consistently and regardless of software. This promotes interoperability between different software solutions and enables seamless collaboration of all stakeholders.The standardized exchange of informationremoves communication barriers and reduces errors, resulting in more efficient planning and execution of projects.
LIFE-CYCLE APPROACH TO RESOURCE CONSERVATION
A life-cycle approach to factory planning with BIM takes into account all phases of abuilding, from planning to construction to use and maintenance. BIM enables accurate modeling and management of data across the entire life cycle. This results in more efficient use of resources, lower operating costs and less environmental impact, significantly increasing overall process efficiency in factory planning.
GENERATION OF A DATABASE FOR THE VIRTUAL TWIN
Generation of a comprehensive database is essential for the creation of a virtual twin. This database forms the basis for the digital representation of buildings, which enables precise modeling and analysis. Efficient data collection and integration from various sources, such as sensor technology, ensures a consistent and up-to-date representation of physical reality.
CONCEPT DEVELOPMENT FOR GREENFIELD AND BROWFIELD PROJECTS
The development of concepts for new construction projects and existing buildings is based on the created database. These concepts take into account the specific requirements and conditions of each construction project. By using the BIM method, both new and existing buildings can be planned, optimized, and managed efficiently, which is proven to increase user satisfaction, leading to better results and higher cost efficiency.
ADAPTIVE INTELLIGENCE THROUGH A DECISION ASSISTANCE SYSTEM
A decision support assistance system improves the adaptation intelligence in factory planning. It analyzes the collected data and provides sound recommendations for adjustments and optimizations. This system facilitates decision processes by providing relevant information and simulating possible scenarios, which significantly increases the efficiency and the quality of the planning and the subsequent implementation.

WHAT WE ARE PROUD OF

J.N. Eberle & Cie. GmbH, Augsburg

BIM GLW supported the construction of the new production site in Augsburg with comprehensive BIM services. This included construction consulting, the creation of the client information requirements, the development of the BIM implementation plan and regular collision and quality checks. The efficient integration of building and production data as well as model-based scheduling and cost planning ensured the success of the project and the optimal preparation of the new site.

To our reference projects

FABIM - FACTORIES HOLISTICALLY PLAN, BUILD AND OPERATE

With the FaBIM research project, we are endeavouring to develop an integrative approach to the planning, construction and operation of factories using BIM. The focus is on openBIM-based factory planning, which enables production systems and buildings to be closely interlinked. By coordinating the specialist departments involved, the aim is to minimise planning errors, optimise processes and ensure improved data management over the entire life cycle of a factory.

To our research project
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BIM-FACTORY PLANNING

An interdisciplinary symbiosis

WHY BIM GLW?

BIM GLW is your partner for a holisticand efficient factory planning that enables innovative solutions through the use of the BIM method. Benefit from our  expertise in the developmentof tailor-made concepts for new construction projects and existing buildings as well as the use of a life-cycle oriented approach to conservation of resources and process efficiency.

YOUR CONTACT

  • lenz@bimanagement.de
  • Dr. Lisa Lenz
  • +49 171 1469505

We look forward to welcome you

Building Information Management GLW GmbH
Fliederweg 1
92318 Neumarkt
info@bimanagement.de
+49 9181 26 50 798

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