Electrical and Electronics Engineering Technicians
Electrical and electronics engineering technicians are involved in the design, development and testing of equipment such as computers, communications equipment, medical monitoring devices and navigational systems. They also do product evaluation and testing.
Other duties include identifying solutions to technical design problems and building, calibrating, and repairing electronic instruments and testing equipment. They also prepare time estimates and write and update specifications and installation procedures.
To become an electrical and electronics engineering technician, you should have a strong background in math and science. You should also be able to think critically and have the ability to learn new skills and techniques. You should also be able to read diagrams and specifications.
Most electrical and electronic engineering technicians earn an associate degree in engineering technology from community colleges or vocational-technical schools. However, four-year degrees are available, as well. These programs provide a combination of classroom theory and hands-on experience. Some also offer internships.
After graduating, you can find work as a technician or engineer in the field of research, production or inspection. Some manufacturers hire people straight out of high school and train them through in-house programs. Others encourage their employees to seek voluntary certification from professional organizations. This helps them keep their skills up to date. You should also be willing to attend workshops and seminars. This will help you stay current with the latest technological advances in your field.
Apply electrical theory and related knowledge to test, build, troubleshoot, repair, or modify developmental or production electronic components, parts, equipment, or machinery in industrial or commercial plants or laboratories under the direction of engineering staff. Lay out, build, and assemble electronic prototypes or systems using blueprints or schematic drawings and engineering instructions to plan work.
Provide technical assistance in resolving electrical or engineering problems encountered before, during, or after construction and set up or operate test equipment to evaluate performance of developmental parts, assemblies, or systems under simulated operating conditions.
Research equipment or component needs, competitive prices, delivery times, and ongoing operational costs to assist engineering or management personnel. Draft sketches or design basic circuitry to clarify details and specifications of design documentation under the direction of engineers. Use hand tools and power tools to make alterations or modifications to mechanical devices, circuitry, and electronics. Use a variety of diagnostic and measuring devices to test or evaluate equipment.
Electrical engineering technicians work in a variety of settings, including offices, laboratories, and manufacturing facilities. They may be exposed to electricity or other hazards in the field, but these risks are usually minimal if the proper safety precautions are followed.
They may also be involved in product evaluation and testing, where they use measuring and diagnostic devices to test, adjust and repair equipment. In addition, they can be involved in the manufacture and deployment of equipment for automation.
Electrical and electronics engineering technicians must have a wide range of skills to succeed in this career. This includes logical thinking skills to isolate and identify problems for engineers to address. They also need to be able to read and interpret blueprints, maps, and electrical schematics. These individuals must also be able to communicate effectively both verbally and in writing with colleagues and clients. They must also be able to work under tight deadlines.
Depending on their level of education and their job location, electrical engineering technicians can expect to earn a salary that is above the national average. While technicians only need an associate degree to secure a job, obtaining a bachelor’s can help professionals land jobs in more competitive industries.
The main difference between an electrician and an electronics engineer is that engineers have more advanced degrees, including math such as integral calculus, and they work on designing devices and systems. Electrical technicians work on a variety of projects that involve electricity, from wiring to power plants.
Those who want to pursue careers as electrical engineering technologists and technicians can find job opportunities in many cities across the country. California leads the way, with Cupertino being the highest-paying metro area for these professionals. This career appeals to individuals with INTJ personality types who are highly motivated and logical. The responsibilities of this position require attention to detail, and workers need to be able to translate concepts into practical solutions.