Electrical technology deals with all machines, tools, devices, and systems in which a current or a flow of electrons takes place through conductors and metals. It involves the design and development of high-voltage systems and components such as motors, generators, heaters, electrical power transmission and distribution systems, radio wave and optical systems, converters, and control systems for operating light and heavy machinery. Almost all of our low or high-tech gadgets today involve the use of electrical current to operate, making electrical energy the main- and possibly the only- factor to define what electrical technology is.
Electrical technology however, not only involves the design and production of all the electrical systems mentioned, but also the installation, testing and maintenance of these systems. A number of challenges arise with the implementation of mathematics, science, and engineering to develop these modern wonders. These challenges include problem-solving skills, ability to diversify, a strong educational background, and continuing learning activity.
Electrical technology however, not only involves the design and production of all the electrical systems mentioned, but also the installation, testing and maintenance of these systems. A number of challenges arise with the implementation of mathematics, science, and engineering to develop these modern wonders. These challenges include problem-solving skills, ability to diversify, a strong educational background, and continuing learning activity.