Why Hybrid BIM Workflows Exist in Real Projects?
Large construction programs involve architects, structural engineers, MEP consultants, contractors, and facility managers. Each stakeholder often works in a preferred authoring tool. This creates the need for Hybrid BIM workflows, where multiple software ecosystems function within one coordinated delivery strategy.
Autodesk tools such as Revit are widely used for architectural and MEP modeling in U.S. firms. At the same time, Nemetschek solutions such as Allplan and Solibri support structural detailing, infrastructure modeling, and rule-based model checking. Rather than replacing one platform, firms connect them through structured collaboration processes.
A key reason this integration works is OpenBIM with Revit. OpenBIM enables data exchange through neutral file formats instead of proprietary systems. When teams follow standardized data structures, they reduce information loss between platforms.
Contractual requirements also drive this approach. Public infrastructure and transportation projects frequently specify interoperability standards. Teams must submit IFC-compliant models regardless of the software used. This requirement encourages firms to adopt Nemetschek Autodesk interoperability to meet compliance expectations.
Most Used Autodesk Tools in a BIM Project
Autodesk tools form the backbone of many BIM-based delivery systems. Below are the most commonly used Autodesk tools in multidisciplinary BIM projects:
- Autodesk Revit: Used for architectural, structural, and MEP modeling. Revit supports parametric modeling and coordinated documentation within a single environment.
- Autodesk Navisworks: Primarily used for clash detection and construction coordination. It aggregates models from various disciplines.
- Autodesk Civil 3D: Common in infrastructure and site development projects. It manages terrain modeling, road design, and utility layouts.
- Autodesk BIM 360 / Autodesk Construction Cloud: Cloud-based platforms that enable document management, collaboration, and issue tracking across teams.
- Autodesk InfraWorks: Used for conceptual infrastructure design and large-scale project visualization.
These tools create a centralized digital environment. However, they often integrate with Nemetschek software when specific workflows require advanced structural detailing, compliance checking, or open-format validation.
Where Nemetschek Fits into Autodesk-Led Projects?
Nemetschek solutions typically complement Autodesk-based authoring. They are not always replacements but extensions of capability. This is where Nemetschek Autodesk interoperability becomes critical.
For example, using Allplan with Revit is common in structural projects. Architects may develop building models in Revit, while structural engineers use Allplan for reinforcement detailing and precast design. Models are exchanged through IFC files to maintain geometric and data integrity.
Another example involves Solibri. While Revit can perform clash detection, Solibri provides rule-based model checking for code compliance, data validation, and quality assurance. In federally regulated projects, this additional layer of verification supports contractual requirements.
The success of this collaboration depends on a well-managed IFC workflow with Autodesk. IFC, or Industry Foundation Classes, is a neutral data format that allows information exchange between platforms. Engineers export IFC models from Revit, then import them into Allplan or Solibri for further development or validation.
When implemented correctly, OpenBIM with Revit allows structural, architectural, and infrastructure teams to collaborate without forcing all participants onto the same platform.
Pros of Using Nemetschek Alongside Autodesk
Combining both ecosystems creates measurable operational advantages. These benefits explain why many firms adopt a structured Nemetschek and Autodesk workflow for large-scale delivery.
Advantages include:
- Improved Interoperability: A structured IFC workflow with Autodesk ensures models can move between authoring and checking tools without major data loss.
- Advanced Structural Detailing: Using Allplan with Revit allows structural engineers to manage reinforcement and precast modeling more efficiently.
- Enhanced Quality Control: Solibri supports rule-based validation beyond basic clash detection.
- Vendor Flexibility: Teams are not locked into a single ecosystem, reducing dependency risk.
- Compliance with Open Standards: OpenBIM with Revit aligns with international BIM standards and public sector procurement guidelines.
Real Project Workflow Examples
Understanding theory is useful, but examples clarify how hybrid systems function in real environments.
Example 1: Infrastructure Bridge Project
- Civil engineers model site and road alignment in Civil 3D.
- Structural engineers develop reinforcement in Allplan.
- Architects coordinate support structures in Revit.
- Models are shared through a controlled IFC workflow with Autodesk.
- Solibri validates compliance before submission.
This demonstrates how Nemetschek Autodesk interoperability ensures coordinated delivery across infrastructure and structural teams.
Example 2: Commercial High-Rise Building
- Architecture and MEP are modeled in Revit.
- Structural detailing is completed through using Allplan with Revit workflows.
- Clash detection is performed in Navisworks.
- Final model validation is done in Solibri.
This process reflects true Hybrid BIM workflows, where collaboration is structured and data exchange is standardized.
In both scenarios, the Nemetschek and Autodesk workflow does not disrupt productivity. Instead, it enhances specialization and quality control across disciplines.
Upskill as a Civil Engineer With Novatr
Novatr’s BIM Professional Course for Civil Engineers is designed to build practical expertise in digital construction and coordinated project delivery. The program is hands-on and aligned with global industry standards, preparing civil engineers to confidently work on infrastructure and building projects using structured BIM workflows.
Here’s what you’ll learn:
- 5+ industry software tools, including Autodesk Revit, Navisworks, and Autodesk Construction Cloud (Docs, Coordination & Collaboration).
- Essential plugins such as EF-Tools, DiRoots.One, pyRevit, ProSheets, Issue and Model Checker for Revit to automate documentation and improve precision.
- Complete BIM workflows, covering design development, BOQ and estimation, information modeling, clash detection, sequencing, and multidisciplinary coordination.
- Real project experience aligned with ISO 19650 standards and guided by global AEC mentors.
- Professional documentation and audits matching international BIM practices.
Learners earn a Novatr Course Certificate signed by the Academic Director, Autodesk User Certification, and an NSDC Certificate. After completing the core program, you can choose two optional specializations such as Dynamo automation, 4D–6D BIM integration, Civil 3D infrastructure modeling, Tekla RCC modeling, Enscape visualization, or Twinmotion storytelling.
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