The discipline that turns a working board or chip into a shippable, maintainable product: testable requirements, schematic and layout review, the hardware ECO process, IP licensing basics, working with CMs and foundries, and ESD/electrical-safety practice.
A prototype board that works on one engineer's bench, brought up by someone who understands every workaround built into it, is not yet an engineering deliverable — it is a proof of concept with a deadline. This module works through the professional discipline that closes that gap: writing a hardware requirement precisely enough to actually test on the bench, running a schematic review and a layout review that check specific, real failure modes rather than a general impression, and the Engineering Change Order process that keeps hardware changes controlled given how much more expensive and slow a hardware mistake is to correct than a software one.
It closes with the practical realities of building at scale: soft IP versus hard IP licensing for reused analog and digital blocks, the DFM feedback loop with contract manufacturers and foundries alongside NRE cost and lead time, and the ESD control, live-power safety, and counterfeit-component discipline every electronics engineer is responsible for — the professional layer that wraps around the design work in Module 6's ASIC flow, Module 7's PCB design, and Module 13's manufacturing content, with its working templates collected in Module 20's documentation and resource kit.