Abstarct: In this thesis, proper design of a dual rotor axial flux induction motor is studied. Firstan algorithm is presented for design of this motor by using of sizing equations and electrical equivalent circuit model, then its two and three dimensional finite element models are developed. The models results show the validity and good precision of design algorithm. Also the ability and precision of two dimensional finite elements model is evaluated by comparing with three dimensional model, whereas its advantages in computation costs. Construction of this machine confirms the simulation results. Dual independent rotor axial flux induction machine provides unique features. We will have a motor that its characteristics is different from conventional induction motor. A special application for this motor is presented in this thesis which can be used in electric vehicles.