The invention discloses a multi-point hoisting method for a heterogeneous prefabricated part. The method comprises the following steps: 1) establishing a model of the part by using finite element software and determining barycentric coordinates of the part; 2) selecting on the part a plurality of positions where great carrying capacity and small damage to the part are realized as hoisting positions of the part; 3) drawing a plumb line passing through the center of gravity of the part and selecting a suspension hook position on the plumb line, wherein an included angle between each line from the suspension hook position to the plurality of hoisting positions and a horizontal plane is greater than 45 degrees; and 4) manufacturing a lifting rope based on the selected suspension hook position and hoisting positions and successively connecting the lifting rope with the selected multiple hoisting positions and suspension hook position to hoist the part. According to the invention, the hoisting positions are arranged at the positions where great carrying capacity of the part is located, and uniform stress of the lifting rope is guaranteed when the part is being hoisted, i.e., the part is guaranteed to be horizontal while the structure of the part is prevented from damage.