1. A method, comprising: identifying a training component; obtaining reference values for at least one parameter of the training component; collecting a first set of signals for the at least one parameter of the training component, utilizing a first metrology tool; collecting a second set of signals for the at least one parameter of the training component, utilizing a second metrology tool that is different from the first metrology tool; transforming at least a portion of each of: the first set of signals and the second set of signals into a third set of signals; for each of the at least one parameter of the training component, determining a corresponding relationship between the third set of signals and the reference values; for each of the at least one parameter of the training component, creating a training model based on the corresponding determined relationship; collecting signals from a target component, utilizing at least the first metrology tool and the second metrology tool; applying each created training model to the signals collected from the target component to measure parametric values for the target component.