The full capability catalogue.
Explore the detailed capabilities of the current product and the clearly identified development roadmap.
01 · Design & verification 11 capabilities
- Top- and bottom-moment ULS checks for top and bottom reinforcement.
- SLS crack-control and deflection-control checks for both bending cases.
- Bending checks and reinforcement design.
- Shear checks and shear reinforcement design.
- Torsion checks and longitudinal/transverse reinforcement design.
- Concrete section resistance checks for shear and torsion.
- Shear–torsion and bending–shear interaction, within the supported calculation scope.
- Fire-related section dimensions and cover checks for simple and continuous cases.
- Top and bottom net bar spacing, reinforcement ratios and reinforcement limits.
- Stirrup leg spacing; minimum, required, provided and maximum shear reinforcement.
- Torsion longitudinal reinforcement quantities and spacing; stirrup quantities and spacing.
Why it matters: Review the relevant resistance, serviceability and detailing checks.
Outputs: Individual checks and utilization summaries.
Related preview · Direct link02 · Design optimization 6 capabilities
- Bending design alternatives for section dimensions and longitudinal reinforcement.
- Shear–torsion design alternatives.
- Combined bending–shear–torsion design.
- Ranked design candidates with governing utilization ratios.
- Minimum-cost and balanced-cost indicators.
- Copy, inspect, save and apply a selected design option.
Why it matters: Compare alternative sections and reinforcement arrangements.
Outputs: Ranked candidates and governing utilization indicators.
Related preview · Direct link03 · Four interaction diagrams 5 capabilities
- N–M (ULS).
- M–R (ULS/SLS).
- V–M (ULS).
- V–T (ULS).
- Diagram snapshot and save controls.
Why it matters: Inspect complementary views of section behaviour.
Outputs: N–M, M–R, V–M and V–T views.
Related preview · Direct link04 · Visual engineering review 8 capabilities
- Live reinforced-section view with dimensions, covers, layers and bar spacing.
- ULS bending stress views for top and bottom moments.
- SLS stress and cracking views.
- Neutral-axis, steel-stress and related section-response indicators.
- Shear-resisting concrete area visualization.
- Equivalent torsion-resisting area visualization.
- Utilization charts and individual check summaries.
- Illustrated section guidance.
Why it matters: Understand the results visually.
Outputs: Section, stress, cracking and resistance-area views.
Related preview · Direct link05 · Detailing & quantities 6 capabilities
- Longitudinal reinforcement detailing.
- Bar bending schedule: marks, shapes, diameters, quantities, lengths and weights.
- Gross concrete volume per beam span.
- Top, bottom, side and stirrup reinforcement weights.
- Reinforcement mass per unit concrete volume.
- MTO and BBS summary indicators.
Why it matters: Carry decisions into reinforcement and quantity summaries.
Outputs: Longitudinal details, BBS and material quantities.
Related preview · Direct link06 · Material & carbon estimates 4 capabilities
- Estimated concrete-mix composition and water/cement ratio.
- Material breakdowns and visual summaries.
- Estimated embodied carbon and material contributions.
- Carbon-intensity and classification indicators, subject to the stated calculation basis.
Why it matters: Review material implications alongside structural decisions.
Outputs: Mix and carbon estimates with material breakdowns.
Related preview · Direct link07 · One-window workflow 8 capabilities
- Coordinated inputs, check panels, design panels and visual results.
- Top ribbon summaries for ULS, SLS and miscellaneous checks.
- Optimization and combined-design status indicators.
- Material quantities, BBS, carbon and mix summary panels.
- Contextual warnings next to affected input/detailing groups.
- Separate status indications for spacing and reinforcement-ratio checks.
- Check All, Design All and complete-section review controls.
- History and tabbed check, visual and design summaries.
Why it matters: Keep the core workflow in one main window.
Outputs: Connected inputs, results, warnings and summary ribbons.
Related preview · Direct link08 · Integrated engineering utilities 5 capabilities
- Concrete-property tool with class entry.
- Rebar calculation tool.
- Unit converter with value and unit entry.
- Expression calculator with degree-mode control.
- Contextual help controls beside the ribbon tools.
Why it matters: Use practical calculators without leaving the task.
Outputs: Concrete, rebar, unit-conversion and expression tools.
Related preview · Direct link09 · Reports, snapshots & export 5 capabilities
- Calculation outputs and reports.
- Copy, View, Save, Snap and Visual controls where available.
- TXT, HTML, CSV and RTF save options shown in the supplied examples.
- Snapshot tools for diagrams, sections and summary panels.
- Excel import/export and project templates.
Why it matters: Retain results in practical formats.
Outputs: Reports, snapshots and supported export files.
Related preview · Direct link10 · Flexible project parameters 5 capabilities
- User-editable material and design factors.
- Adjustable parameters to support the applicable National Annex requirements.
- User-selected project factors rather than a built-in country selector.
- Rectangular reinforced-concrete sections in the current LITE release.
- L, T and box sections planned for future releases.
Why it matters: Set available parameters to project requirements.
Outputs: User-entered factors and a clearly stated section scope.
Related preview · Direct linkEngineering terms at a glance
ULS · SLS · UR · BBS · MTO
ULS: Ultimate Limit State. SLS: Serviceability Limit State. UR: Utilization Ratio. BBS: Bar Bending Schedule. MTO: Material Take-Off.
Open the glossaryFrom a feature to a practical decision.
Explore the workspace to see where inputs, checks, summaries and tools connect.