Built by engineers — for structural design and construction

Structural Design Calculations.Made Easy.

Powerful and easy-to-use structural analysis and design software.Accessible anywhere from your browser.

Available programs (beta)

  • Concrete pressure
  • Minimum reinforcement
  • Fillet weld capacity
  • Four-pile foundation
  • Seismic actions

Problem

Engineering calculations are often fragmented

Typical fragmented calculation workflow

  • Calculations are split between spreadsheets, legacy software and manual documentation
  • Calculation setups become inconsistent between projects and teams
  • Review takes longer when assumptions and results are spread across files

RIBprog objective

  • Provide a structured and transparent approach to engineering calculations
  • Keep inputs, assumptions and results in one consistent workflow
  • Make calculations easier to review, reproduce and document

Solution

A structured platform for engineering calculations

RIBprog provides structural engineering programs built around a consistent workflow. Each tool follows the same structure from input parameters to documented results. This makes calculations easier to reproduce, review and communicate within engineering teams.

Consistent workflow

Each program follows the same structure from inputs to documented results.

Transparent methods

Calculations follow established engineering methods and Eurocode-based principles.

Traceable process

Designed to replace fragmented spreadsheet workflows with a more traceable process.

How it works

A transparent engineering workflow

Each program follows the same structure so engineers can move quickly between tools while maintaining a consistent calculation workflow.

  1. 1

    Define input parameters

    Enter geometry, material properties and loads through a structured input interface designed specifically for engineering calculations.

  2. 2

    Perform calculations

    Calculations follow established engineering methods and Eurocode-based design principles.

  3. 3

    Review and document results

    Results are clearly presented and structured so they can easily be reviewed, exported and used in project documentation.

Features

Information cards and detailed documentation

Info cards for each step

Info cards for each step

At each calculation point, you get reference info cards that explain the underlying standards, assumptions and engineering practice so you can follow the logic.

Export professional reports

Export professional reports

Generate professional PDF reports with your inputs, assumptions, and calculated results. Ready for project documentation and client handover.

Program library

Available programs

RIBprog currently provides a set of practical programs for structural engineering tasks. The library will expand continuously as new tools are developed and validated. All programs follow the same structure for inputs, assumptions and results, providing a consistent workflow across the platform.

Concrete

Concrete

Practical programs for concrete design and verification tasks.

Steel

Steel

Programs for steel details, connections and capacity checks.

Timber

Timber

Timber programs are part of the planned platform expansion.

Loads

Loads

Programs for load assumptions and load-related engineering checks.

Other

Other

Additional tools and supporting utilities are added continuously.

Development

Developed by structural engineers

RIBprog is developed by practicing engineers with experience from structural design projects.

The goal is to replace fragmented spreadsheets with structured and traceable engineering calculations.

The platform is currently in beta and is being developed in dialogue with engineers and industry professionals.

New programs and features will be added continuously based on feedback from users.

Try the beta version

You can already test the available programs and follow the ongoing development of the RIBprog platform.

Contact support@ribprog.no.

RIBprog is a platform for structural engineering calculations and design tools.

The platform is currently in beta and under active development.