Brushless Direct Current motors are the technology of choice for many high-end and mid-range systems, as they offer constant or variable speed drive, and reliable. This thesis aims to develop an electromechanical system consisting of a simple low-cost laboratory experiment on a Brushless DC motor drive for industrial and educational purposes. The first chapter represents the fundamental concepts and principles of this type of electric motor and their applications in the industry. In the second chapter, the author selects the suitable electronic components (hardware) and the right software for this experiment, the latest phase is constructing and testing the project. At the end of the experiment, the author designed a control system consisting of an electric motor with a high speed and high torque level for users at an economical price. As a widely used component in many different areas, the direct current (DC) brushless motor has the prominent advantage of high efficiency, long period, low noise as well as better speed torque.