All industrial units generally rely on electric motors for their production. The future world must be fully automated for every process that does not need the assistance of physical human presence. Every second of time is significant to accomplish the desired automation task. For this, an electrical drive system should provide precise performance parameters and speedy recovery from any disturbance. An electrical motor with an intelligent speed control technique is needed to improve the speed and performance of the motor. Electric powered vehicles are genuinely becoming a passion for their profitability and conservational freedom. In this paper, an emotional learning technique for variable speed drives is discussed. The proposed IBELBIC is investigated and it is superior to keep away from internal instability. This model is driven by the use of human brain system. BLDC motor is controlled by emotional sensible controller which has smooth control and greater learning feature. Here, BLDC motor speed control and accordingly the performance of the total system is analyzed using MATLAB.