Supersymmetric quantum effects on electroweak precision observables

I review the analysis of one-loop SUSY radiative corrections to the weak gauge boson masses, W and Z, and to the low energy ρ parameter in the context of a specific complete renormalization framework for electroweak interactions based on neutral currents processes. I also discuss the prospects for detecting SUSY radiative effects from the combined use of high energy and low energy data to be obtained in the next generation of high precision experiments. Details are provided of the electroweak renormalization framework used throughout. (orig.)