Building Information Modelling or BIM Benefits Structural Engineers to Design, Visualize, Analyze, Simulate and Document projects efficiently. With BIM authoring tools like Autodesk Revit, ArchiCAD, Vectors etc. the Structural Engineers can virtually develop the building structure. 3D modelling tools helps structural engineers and designers to create models for documentation and coordination. The constant model updation with any changes in the design or general specifications and keeping all the data as accurate as possible are the main advantages of BIM for structural engineers.
BIM transforms the way we handle and visualize components. The most important benefits of BIM for structural engineers are productivity, Coordination and consistency of Data, and improved 3D Visualization and Simulation of problems and situations.
BIM Benefits for Structural Engineers
The involvement of different stakeholders in a build project increases the efforts to be put in for coordination and bring in more opportunities for errors and re-works. If a change is made by the structural engineer to a design element, and the same is not updated by the drafter, the documents become out of sync, affecting the validity of the design produced. The collaborative nature of the BIM Process not only allows the project team to coordinate better, but also better design decisions can be locked using the data driven business model. The coordination issues can be identified and solved within the design phase rather than extending them to the development phase, thereby improving accuracy and reducing errors.
Structural Engineers spend more time in coordination activities than into Design & Value Engineering. Use of BIM can reduce the time spend in coordination and allows Structural Engineers to focus all their efforts in solving problems, instead of constantly checking for errors or coordinating the changes made.
The data driven BIM process enables the Structural Engineers in providing creative solutions for problems. The Engineers can easily isolate and filter any area of the building structure of special interest and can visualize the same in 3D. This provides better project insights, enhancing its understanding and facilitating the process of solving problems and coming up with ideas. BIM reduces the design and drafting errors and hence provides with lower designing cost and improved productivity.
3. Team Building & Knowledge Sharing
Both relation and productive aspects are covered and can bring great advantages with the use of BIM Process in the construction workflow. The relationship between the various technical experts who are able to exchange and share knowledge gets developed by sharing of models and it increases skills and productivity for the whole team.
4. Visualization & Simulation
Visualization of projects through BIM also helps improve the predictability of the behaviour of a structure. The Structural Stability and Performance Analysis can be easily performed using the virtually model developed in the BIM Process. The ability to create simulations and check different structural layout is one of the most important benefits of BIM.
The process of explaining complex situations can be simplified through rendering and animations which can be easily generated from the Building Information Model. These visualizations can be used to present ideas in a better way, helping teams communicate more effectively.
Structural Engineers can transform even the most complex models into reality using BIM and allows a much more detailed modelling with a larger variety of materials, utilizing less time and resources. Structural Designers can thus focus more on what is essential rather than unproductive.