Footing (ECP 203) schedule
Tower A, Level -1
One platform for structural design
IV-EX is a growing suite of structural engineering tools. Today it covers isolated footings and beams. More modules are on the way.
- ECP 203-2025
- Design code
- 2
- Modules today
- 100%
- Reproducible runs
Built for structural engineers
Code-compliant engine
Every formula from ECP 203: PC and RC sizing, soil stress, one-way and punching shear, flexural reinforcement. Versioned and test-locked.
Automatic deduplication
Identical members group into types. One schedule row covers dozens of columns or beams. Bar spacing upgrades automatically below minimum.
Ready-to-use exports
Generate SAFE import workbooks and Revit-ready beam files. Drop results straight into your model.
Full audit trail
Every run is versioned and traceable. Immutable records capture who designed what, and when.
Team collaboration
Organizations with engineering roles. Share schedules as read-only links. Reviewer and sign-off workflows built in.
No broken macros
Replace modal pop-ups with validated web forms, silent failures with typed errors, and long waits with event-driven pipelines.
Available design tools
Two modules ship today. Each is a complete workflow from import to export.
Footing Design
Isolated footings to ECP 203, from ETABS import to SAFE export.
Footing (ECP 203) schedule
Tower A, Level -1
Beam Design (not consider torsion)
Beam sizing, reinforcement, and schedules with full audit trail.
Beam schedule
Floor 4, Typical
On the roadmap
Additional engineering modules are planned for future releases.
Stability Index
Storey stability index and sway classification per ECP 203 frame checks.
Seismic Checks
Base shear, drift limits, and lateral load verification for seismic zones.
Column Design
Axial and biaxial column design with interaction checks and reinforcement schedules.
Shear Wall Design
Wall sizing and boundary-element detailing.
How it works
Five stages from raw analysis data to a ready-to-submit schedule.
Import
Upload your ETABS export. Joint reactions and member connectivity are detected automatically.
Configure
Set material grades, bearing capacity, cover, and design options on one validated screen.
Auto-solve
The engine iterates dimensions and depth until soil, shear, and punching checks all pass.
Review
Inspect the schedule with per-member checks, iteration history, and type reduction.
Export
Download a SAFE workbook or Revit-ready file, plus a stamped PDF report with the full audit trail.
Key features
Validated inputs
Typed forms with inline validation. Invalid submissions are blocked before they reach the engine.
Type reduction
Group identical members into types to keep schedules short and reviewable.
Pass or fail clarity
Every check shows a clear pass or fail status with the governing value.
Manual marks
Override and annotate members where engineering judgement applies, with notes preserved.
Light and dark
Work in the theme that suits your environment. Your choice persists across sessions.
Keyboard-first
Every workflow is operable by keyboard, with visible focus and screen-reader support.
“We cut a full footing (ECP 203) schedule from a day of spreadsheets to under an hour. Every check is traceable.”
Faster
Hours of manual work become minutes of guided workflow.
More accurate
A pure, deterministic engine removes manual calculation errors.
Defensible
Versioned, reproducible records back every design decision.
Start your next design in the browser
Every check visible. Every result reproducible. ECP 203-2025 compliant.