In this study, Statistical, Deterministic and Probabilistic Seismic Hazard Assessment and Seismic Zoning of parts of the Alborz-Azerbaijan state reached 37-39 degrees north latitude and 45-48 degrees east longitude. For this purpose, the tectonic map of the region was prepared using 1: 250000 geological maps and taking into account the topography of the area and a uniform catalog of earthquakes consisting of 26 historic earthquakes and 2867 earthquakes during the years 1903 to 2018, with magnitude M_w≥4. Then, according to the faults and geology of the area, 4 potential earthquake sources in the studied area were zoned and seismic parameters, seismic potential of each sources and acceleration at the desired site were also calculated. According to the Statistical Seismic Hazard Assessment for sources in the Tabriz city and the capital of East Azarbaijan province, the north fault of Tabriz has the ability to create the greatest magnitude and maximum acceleration and is the greatest hazard for the site. Therefore, the maximum PGA in the province is 0.57g and the minimum value is 0.01g. Also in Probabilistic Seismic Hazard Assessment using Crisis software, PGA values for recurrence interval of 475 years were determined and zoning maps drawn for them. For the 475 years recurrence interval considered as the basis of the plan, the minimum expected acceleration in the province is 0.44g and the maximum is 1.35g, which confirms the increase in acceleration with the increase in recurrence interval.