Real Engineering Automation Use Cases

Production-grade CAD, configurator, and manufacturing systems — built for real-world workflows.

Each use case focuses on real constraints, system architecture, and production outcomes.

3D Workstation Configuration Platform
Product Configurators

3D Workstation Configuration Platform

A 3D configuration platform that connects sales inputs to SolidWorks-ready models, drawings, and bills of materials.

View Case Study
Automated Utility Structure Design
CAD Customization & Add-ins

Automated Utility Structure Design

A custom Autodesk Inventor add-in that automates utility structure modeling, documentation, BOMs, and Tekla PowerFab fabrication packages.

View Case Study
Commercial Kitchen Variant Drawings
Drawing Automation

Commercial Kitchen Variant Drawings

Rule-driven automation that generates consistent AutoCAD drawings for high-volume, variant-based commercial kitchen designs.

View Case Study
BIM Model Change Intelligence
BIM Automation

BIM Model Change Intelligence

A web-based platform that tracks, visualizes, and reports design changes across Revit model versions for better engineering visibility.

View Case Study
Steel Profile Tool Mapping
Manufacturing Automation

Steel Profile Tool Mapping

An AutoCAD add-in that analyzes steel profile drawings and maps features to punching tools to generate machine-ready outputs.

View Case Study
Web-Based Conveyor Configurator
Product Configurators

Web-Based Conveyor Configurator

A customer-facing web configurator that generates 3D models and drawings for screw conveyors in real time using engineering automation.

View Case Study
Automated Railway Signaling
Drawing Automation

Automated Railway Signaling

Automation that generates complex railway signaling layouts from structured inputs, improving accuracy and scalability for rail projects.

View Case Study
Retaining Wall & Excavation Docs
Drawing Automation

Retaining Wall & Excavation Docs

End-to-end automation for retaining wall drawings, excavation plans, and BOQs—ensuring consistency across civil infrastructure projects.

View Case Study

How These Use Cases Are Written

Each case describes the real workflow, constraints, architectural decisions, and production outcomes. We focus on what was automated, how reliability was ensured, and what changed after deployment.

See a Similar Problem in Your Team?

Share your workflow and constraints. We’ll tell you what’s automatable, what’s risky, and what a production-grade approach would look like.