Engineering Automation

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 Automation

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

Engineering Automation

A practical comparison of Python and AutoLISP for structural engineering automation: where each language lives, what jobs each should own, and how a small team can choose without a rewrite.

Engineering Automation

A working method for automating repetitive engineering drawings — title data, typical sheets, indexes — while keeping a human checker, revision letters and a stop point before issue.

Engineering Automation

A clear map of structural engineering automation: high-leverage tasks worth encoding, work that should stay interactive, and how review remains the product even when production is faster.

Engineering Automation

A practical look at what engineering automation can do in a structural office: which jobs are worth scripting, which still need a person, and how to introduce tools without losing review control.

Engineering Automation

CAD automation helps structural teams by repeating named standards: fewer layer mistakes, consistent title data, faster plots, and cleaner handoffs from analysis into drawings.

Engineering Automation

Automation should parse issued MBS reports into reviewable tables, not scrape every file in a working folder. Here is a PEB-safe way to extract reactions and geometry without treating the script as design.

Engineering Automation

Where approval-drawing automation actually saves time — title blocks, indexes, standard sheets and data-driven views — and where judgement must stay human.