Inside the work.
Define the circuit.
Connect the idea.
Circuit design translates the product requirement into an electronic schematic. It defines the components and connections that guide PCB layout and the next stages of the build.
Discuss circuit design ↗Circuit intent.
Board form.
PCB design connects the electronics requirement with the physical board layout. Board layouts and prototype details make the electronics visible.
Discuss pcb design ↗Give the hardware
its behavior.
Firmware development defines how embedded electronics respond and operate. It connects product behavior with the electronics that carry it out.
Discuss firmware development ↗Make form
part of the design.
CAD design develops the physical shape of parts and enclosures. Digital models connect product form with the parts that bring the electronics together.
Discuss cad design ↗Bring the parts
together.
Component assembly and box build bring electronic boards, components, and enclosure parts into an assembly. The work connects board detail, assembly stages, and the finished build.
Discuss assembly ↗Move from parts
to a build.
Manufacturing connects the design with physical parts and assemblies. Injection molding and electronics assembly connect parts with physical builds.
Discuss manufacturing ↗