Capability — Electronic & PCB Design
From schematic to a board that ships.
Schematic capture, PCB layout, and design-for-manufacture review for teams building physical products — with the documentation a contract manufacturer won't send back.
Process
Five steps, in order.
We don't route a single trace until the requirements are written down.
Requirements
Electrical requirements, environmental constraints, power budget, and any compliance targets — RoHS, CE, FCC — defined before a single trace is drawn.
Schematic capture
Component selection with real lead times and sourcing in mind. Power and signal integrity reviewed before layout starts, not after boards come back wrong.
Layout
Stackup design, routing, and a formal design-for-manufacture and design-for-test pass — the review that catches what a fab house won't warn you about.
Prototype & bring-up
Bench testing against the original requirements — not just "it powers on," but a check against every spec we wrote down in step one.
Production handoff
Gerbers, BOM with sourcing notes, assembly drawings, and a test procedure your contract manufacturer can actually follow.
Standards
What we hold the board to.
Real standards, not a note in a Slack thread after the boards arrive wrong.
Generic standard for PCB design — trace width, spacing, and thermal management sized to the current and voltage they actually carry.
Acceptability criteria for electronic assemblies, used as the bar for what passes inspection before it ships.
Land pattern standards for component footprints, so parts fit the way the datasheet claims they will.
ESD control practices followed during handling and bring-up, not just posted on a wall.
Component sourcing checked against restricted-substance compliance wherever the target market requires it.
A formal design-for-manufacture and design-for-test pass before release — a documented review, not a verbal sign-off.
Deliverables
What you're left with.
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