Design Using Finite Element Analysis 

Design entire concrete floors and mat foundations in a single model using finite element analysis results and auto-generated design strips. Reduce time spent accounting for irregular floor geometry and reacting to architectural changes.

Design Post-Tensioned Concrete Floors 

Design unbonded and bonded post-tensioning with virtually any layout or profile. Better understand the effects of internal tendon loadings with analysis results that consider full 3D hyperstatic effects, including support restraint.

Develop More Cost-Effective Designs

Optimize concrete floors and foundations using design automation algorithms that rigorously check all code limit states with extensive support of international standards. Save engineering time and avoid reworking designs for additional cost savings.