Abstract: The present invention disclosures a method of printing an electrical component onto a substrate to join a pair of circuit path elements to complete a circuit path to modify the electrical performance thereof, comprising the steps of: providing a selected surface region of a dielectric substrate 52 with a pair of conductive path elements 58, oriented at a selected angle with respect to each other; selecting a location along said reference axis at which to print a third conductive path element transverse to the reference axis, and printing a third conductive path element at the selected location thereby joining portions of both of the pair of conductive path elements 58, 64 thereby defining a discrete circuit path; determining the resulting electrical performance characteristics thereof and incrementally modifying the location of the printed transverse conductive path element along the associated mutually angled pair of conductive path elements 58, 64 in subsequent printing steps.