- Inspire
- Innovate
- Integrate
Problem Statement
- Elevator modeling and documentation, as a critical part of vertical transportation systems in BIM projects, involve a high level of detail driven by complex shaft geometries, nested family structures, and multi-level coordination within the Autodesk Revit environment.
- These components must align precisely with architectural and structural elements while maintaining consistency in placement, clearances, and documentation standards across the entire BIM model.
- As BIM workflows evolve and model complexity increases, managing elevator systems across multiple views and levels becomes more demanding, requiring careful control over geometry, parametric relationships, and model behavior.
- Ensuring accuracy and consistency in elevator modeling in Revit becomes essential for maintaining reliable BIM documentation, especially when dealing with repeated configurations and continuously evolving design conditions.
Challenges and Objectives
- As the project progressed, elevator coordination became increasingly difficult due to the complexity of BIM workflows.
- Engineers were required to manage multiple elevator shafts across different levels, making placement and alignment time-consuming
- Documentation involved repeating the same tasks across multiple views, leading to inefficiencies
- Design revisions triggered rework across plans, sections, and dimensions
- Lack of a standardized process resulted in inconsistent outputs across teams
- Manual workflows increased the risk of errors in critical dimensions and clearances
- Core Challenge: Managing elevator modeling and documentation efficiently within a dynamic BIM environment
Our Solution
We developed a custom Revit automation plugin to streamline elevator workflows into a single, intelligent process.
The solution automates key tasks including:
- Extraction of shaft data directly from the BIM model
- Accurate placement of elevator models across levels
- Automatic generation of required views and layouts
- Intelligent dimensioning based on model geometry
Outcome: A fully integrated workflow that replaces multiple manual steps with a fast, reliable automation process
Before vs After Automation (High Impact Section)
Workflow Stage | Before Automation | After Automation | Impact |
Model Placement | Manual & error-prone | Automated & precise | High accuracy |
View Creation | Repetitive setup | Auto generated | 70% faster |
Dimensioning | Time-consuming | Fully automated | Reduce manual effort |
Revisions | Heavy rework | Instant updates | High efficiency |
Our Unique Approach (What Sets Us Apart)
Instead of treating this as just a modelling problem, we approached it as a workflow optimization challenge.
Process-First Thinking
We analyzed the complete elevator lifecycle—from shaft identification to final documentation—before writing a single line of code.
Deep BIM Intelligence
Our solution was not a generic automation tool. It was designed to understand:
- Shaft geometry
- Level relationships
- Parametric dependencies within the model
Our Differentiator:
We don’t just automate tasks—we engineer intelligent BIM workflows that think and adapt like a designer.
Benefits & Impact
Conclusion
- This solution transformed elevator modelling and documentation from a repetitive, manual process into a streamlined and automated workflow.
- By integrating automation into core BIM activities, the project achieved significant improvements in efficiency, accuracy, and delivery timelines.
- The result is scalable, which empowered BIM teams to focus on coordination and design, rather than manual drafting tasks.
- What makes us unique?
We don’t just deliver tools—we deliver smart BIM ecosystems that reduce effort, enforce standards, and scale with project complexity.
Copyrights © 2026. Conserve Solutions. All Rights Reserved.