The model of the amorphous Ni containing 1000 atoms has been constructed by the Statistical Relaxation (SR) method with Pak-Doyam potential type, the radial distribution function (RDF) of the model agrees well with experimental one by the heights and the positions of peaks. The local structure of the amorphous Ni has been investigated through the coordination number distribution and the cavity distribution. Using the Monte-Carlo method and Ising model we have calculated the magnetic properties of the models of fcc and amorphous Ni. The Curie temperatures of models are found in good agreement with experimental one. The spontaneous magnetization of the amorphous Ni at low temperatures is equal 50% of the spontaneous magnetization of the fcc Ni. At low temperatures the magnetization of the fcc and amorphous Ni follows Bloch's law and at high temperatures it follows Weiss's law. The local magnetization distribution in the amorphous state have been presented.
