Connection stiffness is fed directly back into the global structural model to capture true frame behavior. Timber and Composite Structures
SCIA Engineer 22 is widely used in designing and analyzing a broad spectrum of structures, ranging from simple to highly complex. 1. Advanced FEA Analysis
Design of wooden structural elements, which is increasingly critical for sustainable construction. 3. Seismic and Dynamic Analysis
SCIA Engineer 22 is superior for projects requiring a mix of steel, concrete, and timber analysis. It is the best choice for general structural consultants who work with multiple materials.
While version 22 is the current focus, Nemetschek has hinted at future developments for version 23 and beyond, including: scia engineer 22
Concrete design sees some of the most significant updates in version 22, specifically aimed at saving material and automating tedious data entry.
The software offers refined automatic meshing techniques, allowing for a precise evaluation of stresses, deformations, and forces in complex structures like masonry boxes or timber floors. 2. Multi-Material Design
SCIA Engineer 22 marked a significant milestone for the European market leader in structural analysis software, delivering a powerful release focused squarely on customer needs. Building on the revolutionary interface introduced in version 21, this update prioritised daily workflow efficiency and provided engineers with better insight into design economics.
In the rapidly evolving world of structural engineering, software efficiency and precision are no longer just "nice-to-haves"—they are essential. With the release of , SCIA has introduced a suite of enhancements that significantly streamline the BIM workflow and boost the productivity of structural engineers. Connection stiffness is fed directly back into the
The concrete design module features a highly automated workflow for columns, beams, and slabs.
SCIA Engineer 22 transitions the structural engineer away from repetitive data entry and toward high-value structural optimization. By merging a modern, distraction-free interface with powerful multi-material solvers and open-standard BIM links, it provides the agility required to deliver safe, cost-effective, and highly creative engineering solutions.
Automated concrete member data was also rolled out, along with new more easily verified reports and concrete ULS capacity checks for slabs.
The SCIA Spotlight—a command guidance feature—was made more usable. It now lights up brightly when a command is executed, making prompts easier to read. . Advanced FEA Analysis Design of wooden structural elements,
To generate content—specifically professional documentation and reports—in , you use the Engineering Report tool. This environment allows you to assemble project data, calculation results, and graphics into a cohesive document. Generating an Engineering Report
Improved soil-structure interaction modeling allows for more accurate seismic simulations in heavy civil engineering projects. Seamless BIM Integration and Interoperability
The Member Recogniser can convert general solids or parts of solids into 1D (beam/column) or 2D (wall/plate) entities. It can also handle complex shapes and cross-sections, transforming them into equivalent analysis objects. The Align function allows engineers to adjust analysis objects—extending, shortening, or moving members—to create a properly connected analysis model while maintaining a parallel, unchanged structural model.