Embedded medical devices fail in the places where regulatory rigor and engineering reality collide. Firmware that ships without disciplined V&V cannot survive an audit. V&V that ignores the actual hardware behavior cannot catch the defects that matter to patients. The clients below each had embedded device work where both sides of that line had to be respected.
Good Automation engaged each client on the embedded engineering and the regulatory paperwork together: white-box FPGA testing tied to system-level V&V at a medical device electroporation company, a firmware and hardware rescue for an FDA-cleared precision IR thermometer threatened by field failures, and GUI design plus non-product software V&V for a Class II electromagnetic implant treatment device. Three different devices, one consistent approach: do the engineering correctly the first time, and document it well enough that the regulator never has a reason to doubt it.