The field of electrical engineering is diversified, reaching many other fields of applied science and technology. Electrical engineering technicians use their knowledge of science in practical applications of electrical energy. They assist electrical engineers in the design, construction, and operation of electrical systems and devices.
Electricity is part of our daily lives, from our home lighting systems and from our televisions and phones to automotive electrical systems, blood pressure monitors, MP3 players, video games, computers and more. Electrical engineers and engineering technicians work on these and other types of products. Specializations vary, including areas such as communications, robotics, or automobiles.
Electrical engineering technicians assist electrical engineers in the development and improvement of high power electricity transmission systems and equipment. They can assist in the design and construction of power plants and in the production and maintenance of industrial machinery. Electrical engineering technicians test and review the performance of electrical systems, components, or assemblies. Prepare designs for electrical transmission or distribution systems and ensure that plans follow design specifications and comply with electrical regulations and standards. Technologists are also responsible for calculating material and resource costs and creating project budgets and schedules.
Electrical engineering technicians use various scientific and analytical software programs to create plans for electrical systems, record and analyze data, and write reports. Software programs that you use regularly at work include Computer Aided Design (CAD) software such as Autodesk AutoCAD, development environment software such as Adobe Systems Adobe ActionScript, component-oriented development software such as C ++, and operating system software. like Linux and UNIX.
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