We treat requirements like a contract with physics: write them down, test what matters, and involve manufacturing early so final production does not unravel the first ninety percent.
We start from your initial requirements and our early assessment, then turn that input into concrete technical targets, delivery constraints, and practical architecture options before detailed engineering begins.
Layer stack, placement, and routing with signal integrity and thermals in mind. When the environment is nasty, we design for vibration, limits on parts, and what happens when a shield is missing.
Enclosures, seals, heat paths, and how the PCB lives inside the product. CAD and FEA back up the decisions, with considerations based on the intended use and requirements, and for real operating conditions.
Prototype builds, DFM tweaks, fixture plans, and test evidence, followed by optional iteration as needed. We refine until the design is ready for final release and the factory can repeat results without loosening tolerances.
If it is not written, it will drift. We pin down interfaces, environmental limits, and acceptance tests while the design is still cheap to change. Then we build drawings that tooling and vendors can follow.
Stuff breaks. We plan for the boring failures: bad batches, loose connectors, heat soak, ESD, rough handling. Redundancy is for the real world, not as optional.
