Computational Engineering
Design problems, solved by machine.
Some manufacturing problems are too large to search by hand. The design space runs to millions of variants, the constraints fight each other, and the best answer is not the one an experienced engineer would reach for first.
We build computational engineering systems for those problems. Geometry is generated programmatically, scored against physics — thermal, structural, manufacturability — and iterated until it converges. The loop is deterministic by design. Engineering geometry has to be verifiably correct, not plausible.
AI sits around that loop, not inside it. It builds the engine under phased, human-verified checkpoints. It turns domain handbooks and manufacturing rules into verified constraints the engine enforces. And it fronts the system in plain language, so an engineer can describe what they need in their own words and drive it without touching CAD.
Each system is built for one problem, in one process, for one manufacturer. We are currently in delivery with an industrial client, including training for their engineering team.