Good engineering.
Shared openly.
Build understanding, explore practical automation and connect with a community that asks useful questions. Written notes and public development resources are available now; video learning will grow over time.
A useful place
to start thinking.
Short reads on structural reasoning and repeatable engineering workflows. Written to help frame better questions before reaching for a tool.
Start with the load path, not the software.
Why a model becomes more useful when the route from an applied action to the ground is clear.
Make repetitive work easier to trust.
A practical way to scope, check and document an engineering automation task.
Build on a
typed foundation.
StaadPro.Interop is an independent C#/.NET Framework wrapper around Bentley STAAD.Pro’s OpenSTAAD interface. Explore its published documentation, versioned contracts and examples before integrating it into a workflow.
StaadPro.Interop
Geometry, loads, properties, results and automation examples. Read the installation guide, API coverage and release notes for the version you use.
Bring the package into your project.
Published preview packages for Windows and .NET Framework 4.8.1. A separately installed and licensed compatible STAAD.Pro environment is needed for live interoperability.
Discuss the repository and package.
Read the detailed introduction and practical context in the Engineering Automation & BIM forum.
Independent open-source project. Consult the repository’s licence and the exact package version’s requirements. It does not replace STAAD.Pro’s analysis engine.
More understanding.
One useful lesson at a time.
Our planned video topics connect first principles with the tools engineers use. Playlists and individual tutorials will be linked as they become available.
Structural analysis fundamentals
Structural behaviour, load paths, modelling assumptions and interpreting results.
STAAD.Pro in practice
Analysis and design workflows for structural steel and reinforced concrete systems.
OpenSTAAD & engineering APIs
Repeated tasks, structured inputs, controlled model interaction and result handling.
Thoughtful AI workflows
Configuring AI-assisted engineering tools with clear verification and human review.