Tekla Structures: What It Is and Why Structural Engineers Use It
Structural data must stay accurate as projects move from design to construction. When drawings and model data fall out of sync with site requirements, the impact can reach production and delivery.
Tekla Structures gives engineering teams a clearer way to manage coordinated structural information. This article explains what the software is and why structural engineers use it for Building Information Modelling (BIM) projects.
What Is Tekla Structures?
Tekla Structures is a BIM solution from Trimble used to create detailed 3D models for steel, concrete and other construction projects. It is built for projects where the level of detail must be accurate enough for production planning and on-site use.
This makes the software useful when detailed model data needs to support both design decisions and practical delivery requirements.
How Structural BIM Software Supports Project Workflows
Different teams rely on the model for different reasons. For teams considering BIM for structural engineers, that difference is important. Engineers need to protect the design intent, while detailers and fabricators need outputs they can use with confidence.
The software helps bring these requirements into a more connected modelling environment by enabling:
- Fewer disconnected drawings and spreadsheets
- Earlier visibility of clashes before they affect later work
- More reliable information for quantities and documentation
- Easier transfer of model data from the office to site
- Better alignment between design decisions and build requirements
These workflow improvements help teams keep project information clearer as the build approaches.
Why Constructability Matters in Structural BIM
A model is only useful if it reflects how the project can be delivered in practice. For engineers and detailers, this means working with enough detail to understand whether the structure can be built and reviewed before work reaches site.
This becomes especially important when a project includes complex connections or reinforcement requirements. If practical constraints are missed, problems may only become visible after production has started or work is already underway on site.
Tekla modelling helps teams work closer to real project conditions. By using a constructible model, teams can review difficult details earlier and reduce the risk of avoidable rework later in the project.
Key Tekla Structures Capabilities for Engineers and Detailers
The software provides project teams with practical tools to turn a detailed model into usable outputs. It can support detailed connection modelling and reinforcement information, helping teams prepare outputs for production-led delivery.
1. Steel Detailing and Fabrication
For steel detailers and workshop teams, the platform can create accurate steel models, add connection details, and produce workshop-ready information from the model. These features make it a useful option for steel detailing software when model data needs to carry over into production.
2. Concrete and Rebar Modelling
The Tekla solution also supports concrete and rebar modelling. Teams can model reinforcement and concrete elements in a single coordinated environment, making it easier to communicate details before work reaches the site.
3. Drawings, Reports and Model Data
Project drawings and Computer Numerical Control (CNC) data can be generated from the 3D model for manufacturing use. The same model information can also be used to create reporting outputs.
4. Collaboration and Integration
In Trimble workflows, related design and construction tools can help teams use model information beyond the design environment.
Why Tekla Structures Is Relevant for South African Projects
South African project teams often work with tight budgets and varied site conditions. For engineering teams, this makes reliable project information especially important.
The software can support local building and infrastructure projects with complex requirements and little margin for error. This makes it relevant for South African projects where cost control and practical coordination matter.
For teams comparing Tekla South Africa options, local availability can factor into the decision. BuildingPoint SA provides access to Tekla Structures for structural and construction workflows in South Africa.
Choosing the Right Tekla Setup for Your Team
The right Tekla setup depends on how your team works and where project details are most likely to become difficult to manage. Before choosing a setup, it helps to look at your current process.
The points below can help teams think through the practical factors that should shape their decision:
Consideration | Why It Matters |
Current workflow | Helps identify where details are repeated or delayed. |
Project Complexity | More complex work may require more detailed model work. |
Output Requirements | Teams may need model-based outputs for documentation or production. |
Team Structure | Different users may need different permissions or licence types. |
Implementation Needs | A clear setup process can help teams adopt the software more confidently. |
The best starting point is usually the setup that solves the clearest workflow challenge first.
Find the Right Tekla Solution for Your Next Project
If you are planning a new build or managing complex structural designs, a product demo can help your team understand how Tekla Structures supports modelling, detailing and construction coordination.
To see how the software could support your next project, request a Tekla Structures demo.