bim für das Baumanagement

Building Information Modeling (BIM) ist ein auf 3D-Modellen basierendes Verfahren, das Architekten, Ingenieuren und Fachleuten im Bauwesen Informationen und Tools an die Hand gibt, mit denen sie Gebäude und Infrastruktur effizienter planen, designen, bauen und verwalten können. Dieser intelligente Ansatz vereint Technologie, digitale Darstellungen und Zusammenarbeits-Workflows, um umfassende Gebäudemodelle zu erstellen, die sowohl geometrische als auch nicht geometrische Daten zum Projekt enthalten.

BIM software is a tool that implements the Building Information Modeling (BIM) process: it creates a 3D model of a building or infrastructure and centralizes all technical and visual data (materials, quantities, costs, versions). This modeling solution facilitates the visualization and coordination of each element of the model, while ensuring the reliability of the information. It includes essential functionalities for BIM teams, from model creation and version control to automatic clash detection. This software facilitates coordination between architects, engineering firms, construction teams, and clients. Connected to other AEC software via plugins and APIs, it transforms the model into a source of truth for the design, cost estimation, construction, and operation of the project.

BIM ist eine zentrale Plattform für das Management von und die Zusammenarbeit bei Bauprojekten. Fachleute können damit detaillierte 3D-Modelle von Gebäuden und Infrastruktur erstellen und dabei wichtige Projektinformationen in diese Modelle einbetten. Teams setzen BIM ein, um eine einfachere Zusammenarbeit unterschiedlicher Stakeholder zu ermöglichen, die Projektdokumentation und den Projektterminplan zu verwalten, potenzielle Designkollisionen vor Baubeginn zu erkennen und präzise Kostenschätzungen zu erstellen.

BIM transformiert das Bauwesen, indem die Art und Weise, wie Projekte geplant, durchgeführt und verwaltet werden, grundlegend verändert wird. Mit dieser Technologie können Teams Strukturen virtuell entwerfen und optimieren, bevor die eigentliche Bauphase beginnt. Dadurch wird die Nacharbeit erheblich reduziert, die traditionell etwa 30 % der Bauarbeiten ausmacht. Außerdem werden kostspielige Kollisionen im Design vermieden. Durch mehrere Dimensionen der Projektoptimierung ermöglicht BIM eine Projektkontrolle und -visualisierung, wie sie bisher nicht möglich war.

Diese digitale Transformation fördert die Zusammenarbeit, indem sie allen Stakeholdern den gemeinsamen Zugriff auf Projektinformationen ermöglicht. So werden die herkömmlichen Barrieren zwischen Architekten, Ingenieuren und Baufachleuten abgebaut. BIM optimiert die Planung und erleichtert die Verifizierung der Baustellenbedingungen. Dadurch ermöglicht es genauere Kostenschätzungen, effizientere Bauprozesse und ein verbessertes Risikomanagement. Außerdem erhöht die Technologie die Sicherheit auf Baustellen und erleichtert reibungslosere Schlussphasen, indem sie wertvolle Daten für das Gebäudemanagement und die Betriebsleitung verwaltet. In einer Branche, die durch enge Zeitpläne und niedrige Gewinnspannen immer mehr in Druck gerät, ist BIM heute unerlässlich, um wettbewerbsfähig zu bleiben und sicherzustellen, dass Projekte gleich beim ersten Mal ordnungsgemäß abgeschlossen werden.

Computer-Aided Design (CAD) software is primarily focused on drawing and geometry: it produces plans and technical views (2D/3D) where the object is first and foremost a graphical representation. In contrast, Building Information Modeling (BIM) software combines geometric modeling with business data attached to the objects (materials, quantities, costs, phasing, responsibilities) — the model becomes a structured information repository, not just a drawing. From a collaborative and operational standpoint, the difference is clear: CAD often operates with separate files and deliverables, while BIM organizes a shared model and manages versioning, traceability, and coordination between disciplines (automatic conflict detection, workflows, quantity takeoffs). BIM also facilitates advanced uses — 4D (planning), 5D (costing), logistics simulations, digital twin — and relies on exchange standards (IFC, etc.) to interoperate with other BIM software. In practical terms, CAD remains the preferred method for detailed drawing and the production of technical documents, but BIM is the chosen approach for managing a project in an integrated way (design, construction, maintenance), improving coordination, and automating deliverables (quantity surveys, bills of materials, reports). In other words: CAD addresses "how we draw," while BIM addresses "how we build and manage" with data. These collaborative solutions are now essential for coordinating the design and construction of all types of buildings.

BIM software delivers tangible benefits at every stage of a construction project by transforming the 3D model into a true repository of usable information. Rather than a simple drawing, the model becomes the single source of data—materials, quantities, costs, phasing—facilitating coordination between architects, engineers, and construction teams. By centralizing information and ensuring version control, we significantly reduce back-and-forth communication and errors that often lead to delays and cost overruns. Furthermore, BIM solutions like Procore adapt to the size and budget of your projects, with pricing tailored to your business and the number of projects you manage. From an operational standpoint, BIM anticipates and eliminates many unforeseen issues: automatic clash detection, virtual validation of solutions, and the ability to simulate construction sequences significantly reduce on-site rework and provide more reliable cost estimates. Integrating the planning system into the 4D model and connecting it to quantity takeoffs (5D) significantly improves scheduling, prefabrication, and logistics, reducing lead times and optimizing resource utilization. The software also automates repetitive tasks (extracting quantity takeoffs, generating reports, and producing bills of materials) and structures project documentation, freeing up time for higher-value decisions. Finally, by extending its role beyond delivery, the enhanced model serves as a digital asset for maintenance and operation, enhances safety through phasing simulations, and provides a lasting advantage for cost control and operational building performance.

The price of BIM software varies depending on the size of the company, the number of projects managed, and the desired features. At Procore, we offer BIM solutions tailored to construction professionals, from medium-sized businesses to large construction groups. Our billing model is based on the Annual Life Cycle Cost (ALC): you pay according to the volume of projects managed, with no limit on the number of users. This approach guarantees cost control and improved profitability for companies that want to connect their BIM solutions to project management, cost estimation, or site monitoring. Our BIM software thus provides complete visibility into your data, better coordination between teams, and a reduction in on-site errors—an investment that quickly pays for itself for any construction professional. Request a personalized quote to discover the solution best suited to your business and objectives.

No, Procore is much more than just a BIM tool. It's a comprehensive platform dedicated to the construction industry, connecting 3D modeling with other key project management functionalities. The Procore offering goes beyond BIM: it integrates site monitoring, quality and safety management, resource tracking, as well as financial and invoice management. The platform also facilitates the creation of estimates and tenders thanks to its Estimation and Tender Management modules. Finally, BIM data can be analyzed in Procore Analytics, providing a comprehensive view of the performance of each construction project. Procore thus centralizes all the tools necessary for the success of your building projects.