Design structural slabs from model to drawings
— in minutes, not days
Automatically generate SAFE analysis models, validate results, and produce reinforcement drawings directly from your Revit model.
From input to outputs — fully automated
Input
📥
Revit model (architectural or structural)
Optional loading plans / assumptions
Processing
⚙️
Automated SAFE model generation
Slab analysis (deflection, punching, stability)
Design strip generation & code checks
Output
📤
SAFE model (.fdb) — editable
Analysis report (PDF)
Punching shear log
Detailed design log
Revit reinforcement drawings (RVT)
Core Capabilities
-
Generate SAFE models directly from Revit
Apply loads and design parameters automatically
Run slab analysis at floor level
-
Deflection checks
Punching shear detection
Code-based design verification
Full calculation logs (not black box)
-
Design strips + rebar layout
Revit-ready reinforcement drawings
Editable outputs (not locked)
How it works
Go from model to drawings in 5 steps
1️⃣
Upload your Revit model
Start with your existing architectural or structural model
2️⃣
Add loading plans
Define loads and design assumptions
3️⃣
Run slab analysis
Generate analysis models for each floor and review results
4️⃣
Validate results
Check deflection, punching shear, and model stability in SAFE
5️⃣
Generate reinforcement drawings
Export detailing, quantities, and Revit-ready reinforcement
Built for engineers — not just automation
Full access to SAFE model
Modify assumptions anytime
Re-run analysis in minutes
Adjust reinforcement before finalizing
Outputs remain fully editable
Adapt to your standards
Customize design parameters
Apply company templates across projects
Control detailing rules and bar selection logic
Match your firm’s documentation standards
No need to rebuild slab models from scratch in SAFE
Reduce manual modeling
Why Strucwise?
Run → review → adjust → rerun in minutes, not hours
Iterate faster
Review and modify the SAFE model and outputs as needed
Stay in control
Get efficient reinforcement layouts and quantity estimates
Optimize material usage
