Magnetic saturation in electrical machines has major influence on operational characteristics ofrnthe machine. To apply precise control mechanism on an induction machine, the development ofrnaccurate and reliable knowledge of parameter variation in induction machineâ€Ÿs operating regionrnduring magnetic saturation is needed. rnThis thesis deals with bringing an alternative approach on investigation of the impact ofrnmagnetic saturation, on the steady-state operation of the controlled induction motor, usingrnCompactRIO (a powerful control and acquisition system introduced by national instrument). Thernreason behind the selection of CompactRIO is because it is a rugged, reconfigurable embeddedrnsystem that can be used for reliable stand-alone control applications. Control engineers can bernbenefited from FPGA technology without any knowledge of hardware description language,rnbecause CompactRIO can be developed using LabVIEW development platform. rnThe core essence of the presented work is to obtain required steady-state torque with minimalrnstator current. The influence of the mutual inductance mismatch (difference between the value ofrnparameter Lm used in the controller and the real value of Lm in the machine) due to saturation isrnanalytically verified in a simple mathematical-model modification that reduces the influence onrnthe drive performance. Methods for the selection of magnetizing reference current are providedrnand effectiveness and accuracy of this investigation method is verified by LabVIEW simulation.