Electronics engineer responsibilities, qualifications, and salary

What Does an OH Electronics Engineer Do?

Electronics engineers design, test, and develop products or systems for commercial, industrial, or military use using principles of electrical theory. They also perform research to improve current electrical technology or components. They may specialize in fields such as telecommunications, telemetry, aerospace guidance and propulsion control, counter-measures, or acoustics. They often use computer-assisted engineering and design software or equipment to perform their duties.

Job Description

An ooh electronics engineer works with a wide range of electrical equipment and systems. You create specifications for new systems and coordinate with junior engineers to ensure projects meet deadlines. You may also help with troubleshooting or repairing existing hardware.

You design electronic circuits and components for commercial, industrial, military, or scientific use using knowledge of engineering principles and materials properties. You research and analyze information to solve problems and develop applications of ferroelectric, nonlinear, dielectric, phosphorescent, photo-conductive, and thermoelectric properties of materials.

You perform detailed calculations to establish manufacturing, construction, or installation standards and specifications. You evaluate operational systems to determine causes of malfunctions and recommend designs for improvement or repair. You may also inspect completed installations or observe operations to verify conformance to standards and customer requirements. You operate computer-assisted engineering and design software and equipment to perform engineering tasks. You may also be responsible for preparing documentation. You may work in an office or field environment.

Education Requirements

If you want to become an electronics engineer, you will need a bachelor’s degree from an accredited university. Some colleges offer cooperative programs that combine classroom study with practical experience. Others offer internships, which are a great way to gain work experience before graduation.

Other qualifications for this career include excellent writing and communication skills. You will need to be able to explain complex issues clearly. You may also need to write technical publications about the equipment you develop. These publications may include maintenance manuals, operation guides, and product proposals.

Electrical engineers can find employment in a variety of industries, including telecommunications, computing agencies, engineering firms, and governmental organizations. They are responsible for designing and developing electronic products, systems, applications, and components. They also conduct tests and maintenance on these devices. They must be able to identify any issues with these systems and take corrective measures immediately. They must be able to work with other professionals to coordinate project activities.

Work Environment

Engineers are responsible for many of the technologies that we use in our daily lives. They are the people who come up with the ideas and plans for new equipment and methods of doing things. They also work on enhancing existing products and systems. For example, they might be involved in the design of a more efficient power plant or a computer program used in hospitals to treat heart attack victims.

They usually work in a laboratory or office environment, but some line of work may require fieldwork. They often work in teams with other engineers and sometimes supervise technicians or craftspeople. They also have to be able to communicate with the public about their work.

Staff electronics engineers are typically responsible for concept design, new product development, pre-market testing and overseeing the manufacturing process of electrical equipment. This can include electric motors, radar and navigation systems, communications equipment and power generation equipment. They can also be involved in the design of specialised components such as capacitors, diodes and resistors.


A person working as an electronics engineer may earn up to $213,000 per year. This salary is based on a number of factors, including the location and size of the employer. Those who work in the technology industry often make the highest salaries. This is because the demand for their skills is higher than in other industries.

Electronic engineers are responsible for creating and testing electronic components. They also use their knowledge of mathematics and physics to create products that are safe for consumers. They also work with the project manager to ensure that all projects are completed on time and within budget.

The average salary for an electronic engineer in Ohio is $76,187. However, some areas in the state pay higher than this amount. This includes Toledo, Wright-Patterson AFB, and Dayton. These areas are all well above the national average for this position. This means that moving to one of these areas could lead to significant wage advancement for an electronic engineer.

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