What is design intent?

What is design intent? (And why engineering loses it every time a file moves)

Design intent is the sum of decisions, constraints, and reasoning behind an engineering design, not just the geometry or the netlist, but everything that made those choices valid. Why a component was selected. What the tolerance assumptions were. How the mechanical constraint relates to the electrical layout. The physics the design was built to satisfy.

How Neurocad handles it

Neurocad reads engineering documentation in the form it arrives — datasheets, PDFs, images, reference designs, existing CAD artifacts — and normalizes it into a tool-independent design intermediate representation before anything is generated. That intermediate representation carries the meaning: the constraints, the relationships, the parameters, the tolerances. Not just the geometry.

Before any asset is committed to your design environment, Neurocad surfaces everything it extracted and inferred in an intent review step. You confirm it or correct it. What enters Altium or SolidWorks is a decision you made, not something handed to you. Human judgment is the checkpoint. That sequence is non-negotiable.

From that confirmed intent, Neurocad performs native synthesis: generating parametric, DRC-valid assets directly inside your target tool. A schematic symbol, footprint, and 3D model that were built for your tool and behave correctly inside it from first use. A mechanical assembly that survives an electrical update with its constraints intact because the intent that defined those constraints was captured once and never had to be reconstructed.