Structural engineering, steel detailing and automation

Engineering Productivity

A practical digital workflow for structural teams: files, names, permissions, transmittals, and how analysis, CAD and PDFs stay on the same revision without a maze of folders.

AutoCAD & CAD

A practical method for cutting CAD errors on structural drawings: standards people will follow, cleanup passes, plot-time checks and automation that prevents mistakes instead of drawing faster.

Engineering Automation

How to connect analysis, CAD and drawing issue as one workflow: reactions, geometry transfer, annotation, approval sets and a closed loop when the model changes.

Engineering Productivity

Where steel detailing time actually goes, and how templates, typicals, parallel work and limited automation shorten the calendar without thinning the checker’s job.

BIM & Tekla

How steel detailers coordinate a BIM model with design and fabrication: ownership, comments, clashes that matter, member status and handover packages that stay reviewable.

BIM & Tekla

A practical steel fabrication workflow from a BIM model: design versus manufacturing information, connections, shop drawings, lists, NC data and change control.

BIM & Tekla

A practical comparison of Tekla and AutoCAD for steel detailing: model-first versus drawing-first offices, deliverables, skills, file exchange and hybrid setups that actually work.

BIM & Tekla

What BIM actually means on a structural steel job: models versus drawings, the information a fabricator needs, and when 2D sheets still carry the contract.

Engineering Automation

How structural engineers can use Excel well: reaction tables, BOMs, checklists and print layouts that stay reviewable, plus the limits of spreadsheet automation.