This work presents the guideline that is followed in a project such as the Implementation of Slope Stabilization Systems under PMI (Project Management Institute) It is common in engineering practice to define the stability in a slope in terms of safety factor (FS) This is done with the aim of obtaining a mathematical analysis, whose models must take into account most of the factors that affect stability, such as the geometry of the slope, geological parameters, dynamic loads due to the effects of earthquakes, water flows (precipitation), land ownership, etc. In this case for the localities such as Nacho Vives whose settlement is composed of families who made several cuts to these slopes without technical advice in a few hills that were dynamited in the past for the construction of railway lines, without implementing stabilization systems, which has led to that in periods of rain there are landslides, which put at risk the lives of the inhabitants and their economic assets.