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The best jobs for electrical engineers include electrical project managers, control systems engineers, and electrical test engineers. Electrical engineering is the study of electricity and how to design systems that use it safely and efficiently. Most electrical engineers end up designing and implementing systems to make sure that they adhere to safety standards. If you're an electrical engineer or are interested in electrical engineering, then here are ten of the best jobs for electrical engineers:
Average Salary: $97,901
Average Salary: $92,727
Control systems engineers are interdisciplinary engineers managing the company's control systems. They are expected to be familiar with different engineering disciplines such as mechanical, industrial, and computer science, among others. They are responsible for designing systems based on the company's requirements. Control systems engineers must conduct feasibility studies to ensure that the company's requirements can be met. They are also responsible for developing the systems, creating prototypes, and testing. They test whether the control systems produce desired results. After testing, control systems engineers implement the system and conduct routine maintenance checks.
Average Salary: $74,723
An electrical test engineer specializes in developing test structures to ensure the quality and efficiency of electrical systems and equipment. Among their responsibilities include understanding and identifying the needs of electrical projects, troubleshooting errors, gathering and analyzing materials to find defects and inconsistencies, conducting tests and examinations, and analyzing test results. Moreover, an electrical test engineer must also study and identify the root of problems, recommending and implementing solutions while adhering to the company's policies and regulations.
Average Salary: $101,208
A robotics engineer is responsible for designing robotic systems to support humans and businesses with their daily activities and operations using various technology systems and metal components. Robotics engineers run multiple diagnostic tests on the machines, identify inconsistencies, and perform troubleshooting procedures for defective system components. They also configure the robot's features regularly, ensuring its efficiency and accuracy through different stages of production. A robotics engineer must have excellent knowledge of the technology industry, including analytical expertise, to monitor cost-estimates and maintain the project within the budget goals.
Average Salary: $81,026
Electrical engineers are responsible for designing and developing new electrical systems, solving issues, and testing equipment. They work on various technologies, including telecommunication systems, satellite communications, and electrical power stations. Electrical engineers study and apply the mathematics and physics of electromagnetism, electronics, and electricity to small and large-scale electrical systems to transmit energy and process information. They often work with all types of electronic devices, such as supercomputers and power transmission. They also work in the emerging field of microelectronics.
Average Salary: $104,912
Hardware engineers or computer hardware engineers are responsible for developing, designing, and examining computer hardware. They help speed up new computer technology by creating enhancements in computer hardware. The hardware engineers oversee the installation of parts, manufacturing, and production. Also, they examine intricate equipment to identify an effective way to improve it as well as design devices used in manufactured products. Another responsibility is to ensure computer hardware units work with the newest software, which often requires collaboration with other software engineers.
Director of Technology
Biotech Consultant
Average Salary: $86,969
Electrical Systems Engineers have licensed engineers who are usually employed in companies involved in power generating machines and activities. These companies are usually providers for buildings, train systems, and automobiles, among others. The engineer designs power lines and machinations to generate power. They ensure that power is properly distributed throughout the system. They identify risks involving short circuits and the like. They would then look for ways to mitigate these risks and apply the necessary controls. Electrical Systems Engineers should have strong analytical skills and quick decision-making skills.
Instrumentation Engineer

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