COVID-19 UPDATE: We are open and continue to serve our students. Learn More about our health & safety plans.
Do you enjoy critical thinking? Do you have a knack for working with electronics or electrical systems? If so, then you may find the job of an electrical engineering technician to be a perfect fit. These professionals are needed to problem solve, build, and implement electric and electronic components in manufacturing centers to keep things moving, as well as in engineering services firms and federal agencies. If this feels like a good fit for your skills and interests, take a closer look at what an electrical engineering technician does.
An electrical engineering technician designs and develops electrical and electronic systems. This might include computers, communications equipment, and navigational equipment, depending on the industry. These professionals will also measure the output of electrical systems and diagnose problems with them. These techs play an important role in developing equipment for automation in factories and other manufacturing settings.
An electrical engineering technician needs to have strong math skills and logical reasoning skills. These professionals help design and implement many products and play a vital role in manufacturing. An electrical engineering technician also needs hands-on training to learn to use machine tools in order to make parts and components. They need good problem-solving abilities to get to the root of problems with electrical and electronic systems.
Though the job of an electrical engineering technician will vary depending on the industry employing the individual, these professionals will often:
The Bureau of Labor Statistics does not expect to see much growth in electrical engineering by 2028, but it does not expect to see any decline in this field either. Many of these professionals are employed in manufacturing fields, and this particular industry is projected to see some decline. However, the projected growth in engineering services firms and the telecommunications industry will help counter the drop in demand in manufacturing, keeping the industry stable. Growth for all drafters, engineering technicians, and mapping technicians, which includes electrical and electronics engendering technicians, is expected to hold steady at 2 percent during this time frame.
The Electronic Technology associate degree program provides the foundation of skills to pursue job opportunities as electrical engineering technicians. An Electronic Technology degree from Bryant & Stratton College opens the door to work in telecommunications, manufacturing, and many other industries. These professionals may be employed by the government and even schools. They can also work independently as consultants rather than working directly for a company.
Electrical engineering technicians often work closely with electrical engineers, but this is not the same role. The electrical engineering technician will test, diagnose, and repair equipment, while the engineer designs and oversees the equipment as it is being built. Both need to be able to read blueprints and have a keen understanding of how electrical systems and components work.
The AAS in Electronic Technology from Bryant & Stratton College opens the door to entry-level positions as electronic engineering technicians. However, many in this degree field choose to continue their education to get a bachelor's degree to make themselves more competitive.
Because there are not a large number of jobs projected for new electrical engineering technicians, candidates for jobs may find that certification will help them be more competitive. This might include the National Institute for Certification in Engineering Technologies certification in electrical power testing. This certification helps technicians who wish to work in the electric power generation field. It also includes ETA International certification, which certifies in several electronics-related fields. The International Society of Automation provides certification as a Control Systems Technician, which can be helpful for electrical engineering technicians that work with process control loops and systems.
According to the BLS, 13 percent of electrical engineering technicians worked in the engineering services field. Semiconductor and electronic component manufacturing came in second with 12 percent of the technicians employed in this field. The federal government employs 10 percent of the workforce, and other forms of manufacturing employed 6 percent. Merchant wholesalers employed 5 percent.
Electrical engineering technicians work in varied settings. Some work in an office analyzing plans and blueprints, while others are in labs working to create new products and systems. These pros are also often in the field or in the factory working on the products and systems they help plan.
Most electrical engineering technicians work full-time jobs. This field does have options for contract work if you need more flexibility. Sometimes overnight work is necessary in manufacturing facilities and similar businesses that work around the clock, but most electrical engineering technicians are able to work a standard workweek schedule.
Bryant and Stratton College provides information about this career path based on job market data from the Bureau of Labor Statistics Occupational Handbook. It can help you make the right choices for your potential career path but is not in any way a guarantee of your job salary or potential title.
For more information about what it might look like to work as an electrical engineering technician, or for information about other IT and engineering careers visit the Technology & Design section of our blog. There you'll find further career insights to help you plan your career path into the world of technology. Read more about the AAS in Electronic Technology from Bryant & Stratton College to learn if this is the right degree option for your needs.