Multicomponent module design and fabrication

A method for multicomponent module (MCM) assembly, the method comprising:

• identifying, by one or more computer processors, a failed site on a laminate comprising a plurality of sites using an automated inspection;
• adding a machine discernible mark to differentiate the failed site from a successful site to the laminate;
• placing a mechanically good element at the failed site according to the mark;
• placing an electrically good element at the successful site of the laminate according to the mark;
• adding an external package to the laminate, the failed site and the successful site;
• adding an indicium to an outer surface of the external package, wherein the indicium provides access to mechanically good element location site data;
• and
• providing, a multicomponent module (MCM) comprising the package, the laminate, the failed site, and the electrically good element.

A method for multicomponent module (MCM) assembly, the method comprising:

• identifying, by one or more computer processors, a failed site on a laminate comprising a plurality of sites using an automatic inspection;
• adding a machine discernible mark to differentiate the failed site to the laminate;
• placing a mechanically good element at the failed site according to the mark;
• placing an electrically good element at a successful site of the laminate according to the mark;
• reading a first indicia associated with the laminate;
• updating a database entry associated with the first indicia according to the failed site;
• adding an external package to the laminate, the failed site and the successful site;
• adding an indicium to an outer surface of the external package, wherein the indicium provides access to mechanically good site data;
• and
• providing, a multicomponent module (MCM) comprising the package, the laminate, the failed site and the electrically good element.

A method for multicomponent module assembly, the method comprising:

• identifying, by one or more computer processors, a failed site on a laminate comprising a plurality of sites using an automatic inspection;
• reading, by the one or more computer processors, a first indicia associated with the laminate;
• updating, by the one or more computer processors, a database entry associated with the first indicia according to the failed site;
• placing a mechanically good element at the failed site according to the database entry;
• placing an electrically good element at a successful site on the laminate according to the database entry;
• adding an external package to the laminate, the failed site and the successful site;
• adding an indicium to an outer surface of the external package, wherein the indicium provides access to mechanically good element location site data;
• and
• providing, a multicomponent module (MCM) comprising the package, the laminate, and the electrically good element.

A multicomponent module (MCM) assembly comprising:

• a plurality of component sites, wherein at least one component site comprises a mechanically good element;
• a machine discernable mark associated with the component sites;
• an electrically good element disposed upon a component site, wherein the component site is other than the failed site;
• an external package enclosing the plurality of component sites and comprising a second machine discernable mark associated with the mechanically good element site location data, disposed on an outer surface of the package;
• and
• a mechanically good component disposed upon the failed site.