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Michael B

Contact us

Michael Baldauf
Head of Sales DACH

    +49 911 39901889
   michael.baldauf@sofistik.com
    LinkedIn

Software for building design

Building design projects are becoming increasingly demanding. Spectacular architectural designs paired with shorter and shorter construction times and the necessity to react to short-term changes pose significant challenges for structural engineers. This renders powerful and reliable software products indispensable tools for engineers and designers in the field of advanced building construction and design.

Suitable software solutions support seamless workflows from model creation over analysis and design up to the creation of required formwork and reinforcement plans, allowing for efficient and economic project processing. It is essential that structural engineers can fully rely on their software tools while modern requirements are fully met. State-of-the-art building design software needs to enable smooth collaboration as well as internal and external exchange, irrespective of programs used by the project parties. At SOFiSTiK we are committed to providing software for building design that lets you focus on what really matters. Whether small or highly complex construction projects, building design solutions by SOFiSTiK reliably assist you throughout the project phase and help ensure that you meet your individual project goals.

You're interested in learning more about our software solutions for building design? We're here to help.

 

Get in touch with our sales team:

info@sofistik.com

This is what our building design software offers you

Hochbau

BIM readiness and 3D modelling

 

  • supports open / native / big / small BIM workflows
  • open interfaces such as IFC, .dwg, SAF, Rhinoceros, .xls …
  • integration with common and local tools for component dimensioning
  • project support by experienced engineers
Hochbau

Cost-effectiveness

 

  • one tool for all – one tool only for efficient internal and interdisciplinary (building design) know-how exchange
  • maximum license capacity thanks to joint use of calculation/analysis modules
  • create fast ROI by saving time and costs without compromising on quality and safety

 

Hochbau

Quality of calculation

 

  • proven and widely acknowledged FEM solutions „Made in Germany“
  • easy 2D/3D/4D comparative calculations based on one model
  • innovative analysis and design methods / calculation and dimensioning methods for efficient structures

 

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Reasons for SOFiSTiK building design software

Flexibilität Hochbau

flexible formats for
BIM in building construction

 

Remain completely flexible for diverse
(BIM) workflows with our (open) interfaces
to various systems.

 

Prozesse Hochbau

seamless processes for efficient planning

 

SOFiSTiK supports the entire planning/design process - from model creation and calculation through to formwork and reinforcement planning.

 

Individualität Hochbau

adaptable and individual

 

No matter whether independent engineer or global player in the field of structural engineering - we have the fitting solution
for your needs.

 

Our software products for building design

Product Image 3D Professional

3D FEM professional

3D FEM professional is your package for 3D BIM analysis and design for building design. You benefit from flexible system input options via AutoCAD, Revit, Rhinoceros or text-based (TEDDY).

 

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Product Image 3D Premium

3D FEM
premium

3D FEM premium is your package designed specifically for 3D structural engineering projects. Non-linear effects and pile elements for simulation of soil-structure interaction complement input possibilites via SOFiPLUS / Revit® Structure.
 

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Product Image Reinforcement

SOFiSTiK Reinforcement

SOFiSTiK Reinforcement (RC) brings together advanced 3D reinforcement modeling and efficient documentation workflows in one unified BIM solution for Autodesk® Revit®.

 

 

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Product Image SOFiCAD

SOFiCAD / SOFiCAD OEM

SOFiCAD is the proven, time-tested
solution for 2D reinforcement planning in AutoCAD
(also available with integrated AutoCAD OEM core).
The tool for classic 2D design.

 

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Frequently Asked Questions

Is Analysis + Design a standalone product?

No, Analysis + Design for Revit is a collection of features and analysis capabilities for structural analysis and design based on Autodesk® Revit®. The functionality of Analysis + Design for Revit is included in every SOFiSTiK 3D FEM package.

 In terms of the features of Analysis + Design, does it make a difference whether I have licensed the professional, premium, or ultimate 3D FEM package?

Regarding Analysis + Design for Revit, the licensed package has no initial impact. The features of Analysis + Design are available in every 3D FEM package. However, later in the design process, a second-order analysis (Theory II. Ordnung) may become necessary, which would then require the 3D FEM premium package. An overview of the key differences between the individual 3D FEM packages can be found here.

 Can I perform structural analysis within Autodesk® Revit® using Analysis + Design for Revit without having to switch to the SOFiSTiK Structural Desktop (SSD)?

Yes, with Analysis + Design for Revit, you can design individual elements such as columns, beams, or slabs directly within Autodesk® Revit® as part of a component design or member-based analysis. There is no need to switch to the SSD for this.

However, if required, these components can also be transferred to the SSD and designed there using the corresponding SSD tasks.

 What advantage does Analysis + Design for Revit offer me regarding reinforcement planning?

When you perform both the analysis and the reinforcement planning with SOFiSTiK, you benefit from being able to check the actual rebars in the execution modeling stage directly against the results of the structural analysis. The reinforcement check accesses the results from the central database (CDB) of the SOFiSTiK project folder and shows you precisely where insufficient reinforcement might have been accounted for in a structural element.  

 Can I work with both member-based analysis and 3D global model analysis within a single Revit model?

Yes, that is easily possible. You can create multiple subsystems within one Revit model, connect them using the load takedown feature for automatic load transfer, and subsequently design them as 2D slab positions.

In parallel, you can perform calculations on a 3D global model – all within the same Revit model. This also allows you to verify whether a pure 2D analysis might err on the unsafe side. Splitting the analysis into separate vertical and horizontal load takedowns is also fully supported within a single Revit model.

 Is the Analytical Model Generator (AMG) required to use Analysis + Design for Revit?

Yes, the Analytical Model Generator (AMG) generates an analytical or analysis model from the physical building model in Revit (the structural engineering discipline model). You need this analysis model for load definition, and it also serves as the foundation for calculation and design within Revit. Consequently, the Analytical Model Generator (AMG) is also included in every SOFiSTiK 3D FEM package.

 Is it possible to combine the Analysis + Design calculation in Revit with well-known SOFiSTiK features (such as Teddy input, SSD tasks, etc.)?

Yes, you can open any subsystem or even the global 3D system via the SOFiSTiK Structural Desktop and add further inputs there. These can be either graphical tasks or Teddy text inputs.

This allows you, for example, to simulate a construction sequence for a 3D global model using the Construction Stage Manager (CSM). In this case, the grouping of the elements takes place in the Revit analysis model, while the tasks for the construction stages are located within the SOFiSTiK Structural Desktop (SSD).

 Can I combine the analysis model within Autodesk® Revit® with a classic AutoCAD input via SOFiPLUS?

Yes, that is no problem. You can first use the AMG to generate an analysis model in Revit. If you then wish to make modifications to this model using the extensive features of SOFiPLUS, you can import the model into SOFiPLUS and complement it with additional inputs. The subsequent calculation will then be performed based on the model from SOFiPLUS.
If the original model originated in Autodesk® Revit®, you can still bring the results of this calculation back into Revit for result evaluation and for the reinforcement check.