Engineering systems that moved work from request to trusted output.

Turn quoting into a governed path from RFQ intake to engineering handoff.

Challenge

The problem was not simply replacing Excel. The useful rules and operator knowledge had to survive while request quality, configuration state, documents, status, and responsibility became easier to inspect.

Solution

Each useful slice made another part of the quote-to-production path explicit.

14

delivered desktop applications

44–46

projects in preserved solution snapshots

Connect configured product decisions to CAD, BOM, documents, and production.

Challenge

The same decisions were being translated across several outputs and systems, creating delay and room for mismatch.

Solution

The operating pattern was applied across several product families rather than presented as a single generic macro.

35+

automated SLC column-cover drawings

3,000+

role-wide drawings

Drive the quote, CAD model, BOM, and drawing package from one door-frame decision.

Challenge

Door-frame decisions were repeated across quote inputs, CAD parameters, material logic, and drawing output, increasing re-entry and mismatch risk.

Solution

A form-driven configurator carried accepted door-frame choices into quote, Inventor, BOM, and drawing outputs.

2,125

canonical latest-revision Door Frame quote families

15,886

quoted frame units

Generate coordinated column-cover models, drawings, and packages from accepted job data.

Challenge

A high-volume airport column-cover program required coordinated model, drawing, metadata, and package output across many configured conditions.

Solution

Accepted job data drove Inventor parameters, coordinated model and drawing state, metadata, PDF/DXF output, and package collection.

35+

automated SLC column-cover drawings

Convert assembly state into classified BOMs, DXFs, labels, and release-ready packets.

Challenge

Production preparation required the same assembly state to be interpreted separately for BOMs, flat patterns, DXFs, labels, lists, and package collection.

Solution

Assembly traversal, classification rules, flat-pattern detection, export logic, and document collection were coordinated into one reviewable output flow.

3,000+

role-wide drawings

Standardize special-build drawing requests and manufacturing packages under constrained CAD tooling.

Challenge

The deliverable was more than geometry: it had to be identifiable, findable, reviewable, exportable, and usable by production.

Solution

The reviewed implementation separated responsibilities instead of hiding them in one form or macro.

Carry material-handling assemblies from CAD through fabrication output and plant support.

Challenge

Assemblies, drawings, BOMs, DXFs, revisions, devices, users, and support were connected even when the organization treated them as separate functions.

Solution

That bridge is foundational to CAD Guardian's view that engineering automation includes users, deployment, support, and handoff—not only geometry.

Translate landmark design intent into fabrication-ready assemblies and drawing packages.

Challenge

Experiential concepts and architectural products had to move through assemblies, drawings, material decisions, and shop handoff.

Solution

This direct delivery experience preceded and informed the later automation systems.

Evaluate engineering automation with runnable proof before private implementation begins.

Challenge

The kits make job contracts, fixtures, checks, reports, and runtime limitations directly inspectable.

Solution

The common evaluation shape makes platform differences and support boundaries easier to compare.