Industrial practise is confronted with an innumerable number of challenges that fall under the purview of industrial electronics. Electronic systems regulate a wide range of processes, beginning with the management of comparatively uncomplicated devices like electric motors and progressing to the control of entire fabrication processes involving robotics. An industrial electronics engineer is responsible for the measurement of sensors and a variety of physical phenomena. Therefore, this category of engineer must possess expertise in specialised electronics as well as conventional electronics, such as that which is necessary for high-power applications. The significance of electronic circuits transcends their utility as end products; they serve as critical components in the construction of large systems; therefore, an industrial electronics engineer must also have expertise in control and mechatronics. Due to the inherent complexity of the majority of fabrication processes, communication systems that are not only capable of connecting the various elements of the industrial process but are also customised to the industrial environment are essential. In order to ensure the effective management and oversight of manufacturing facilities, it is imperative to implement intelligent systems in a hierarchical fashion that can accommodate the requirements of every component utilised in the manufacturing procedure. This is achieved by employing intelligent systems, including evolutionary methods, neural networks, and fuzzy systems