This thesis is mainly to use DSP as the implementation platform and build up the vector control algorithm for induction motors. First, we introduce and analyze the induction motor model and vector control methodology, and then derive the best efficiency and the highest acceleration formulation for induction motors. The derived theoretical model has been validated by the Matlab Simulink progrm. In the experiment, we use the TMS320 F28335 digital signal processing by Texas Instruments company to carry out the vector control. Through signal control card measurement, the best efficiency and highest acceleration can be verified experimentally. Finally, the influences of the motor parameters changes on the efficiency and the acceleration are discussed.