Engineering workflows, automated responsibly.

Map a repetitive engineering process, then automate the steps that do not need judgement: data preparation, model updates, checks and report assembly.

• Process mapping and an automation plan
• Scripts with clear inputs, outputs and logs
• Documentation and handover

Python · Excel · Software APIs

Use the Revit model as structured data — extracting, validating and updating elements, parameters and sheets programmatically.

• Parameter and data extraction
• Model checks and clean-up routines
• Schedule and sheet automation

Revit API · Python

Connect BIM and analysis models so geometry, sections and loads are not re-entered by hand — with every transfer reported for review.

• Revit ↔ ETABS data mapping
• Consistent naming, units and section libraries
• Transfer summaries for engineer review

Revit · ETABS · SAFE

Drive ETABS and SAFE through their APIs to build, update, run and read models consistently.

• Model generation from structured inputs
• Load patterns and combinations set up explicitly
• Results extracted to tables and reports

ETABS API · SAFE API · Python

Agents that operate engineering software through defined, auditable tools — useful for repetitive modelling and data tasks, never a substitute for design judgement.

• Tool definitions for specific software actions
• Human approval steps and action logs
• Evaluation on known cases before use

Language models · Tool interfaces · Python

Automate everyday operations across CAD, BIM and analysis applications: batch exports, model housekeeping, file and drawing management.

• Batch processing of models and drawings
• Consistent export and naming rules
• Repeatable, logged runs

CAD / BIM APIs · Python

Turn scattered drawings, spreadsheets and model outputs into connected, traceable project information.

• Structured data for project information
• Summaries generated from model data
• Traceable links between source and output

Model data · Spreadsheets · Databases

Small, focused tools for one team’s recurring task — calculators, checkers, converters — built to be understood and maintained.

• Requirements written with the people who use the tool
• Simple interfaces, transparent calculations
• Source code and documentation handed over

Python · Web · Excel