Electrical and Electronics Engineering Technician Schools
Electrical and electronics engineering technicians work as engineering assistants, field engineers, prototype designers and specification writers. They may also conduct research and assist in testing equipment.
Those who have an associate degree can find employment immediately but those who want to advance their careers and pursue engineering licenses should consider a bachelor’s program.
Regardless of the specific area in which they work, electrical and electronics engineering technicians must possess a number of skills and knowledge. For example, they must be able to solve complex problems using analytical thinking and creative solutions. They must also be able to read and interpret technical documents and communicate effectively with others.
Other necessary skills include analyzing data and using information technology tools to support their work. Additionally, they need to have excellent mechanical skills to assist them in repairing and maintaining equipment. They must be able to use hand and power tools and be able to follow blueprints and engineering instructions.
Another important skill for these professionals is the ability to develop long-term strategic plans that align with company goals and objectives. Finally, they must have excellent interpersonal communication skills to help them build rapport with co-workers and clients. They must also be able to manage their time and prioritize tasks when working under pressure.
A bachelor’s degree is often a minimum requirement for getting an entry-level job in this field. The best way to find a program is through an accredited trade school. Look for one that offers a well-rounded education in both the electrical applications and computer engineering technology disciplines. Electrical and electronics engineering (EET) is a broad discipline that encompasses the study of machines, equipment, technology and systems that conduct electric charges and produce, distribute and use electrical energy.
Aspiring EET technicians need to be able to identify, analyze and solve narrowly defined engineering technology problems. They also need to be able to apply the techniques, skills and modern tools of mathematics, science, engineering and technology to these problems. Moreover, they should be able to function as members of a technical team. They should have excellent verbal and written communication skills to communicate problems, test results and onsite evaluations. This field requires a high level of math aptitude and most programs include college algebra, physics and other basic sciences.
A career as an electrical engineering technician can be exciting and rewarding. However, it can be challenging because the industry is constantly changing due to advances in technology. This means that you must keep your education and training up to date. A specialized degree will help you stay on top of the field, and it may also lead to higher salaries than a generalized degree.
You must have a good understanding of both electrical theory and practical applications to succeed as an electronics engineering technician. You should have creative thinking and problem-solving skills, as well as a logical mind. You should also be able to communicate clearly and work as part of a team. Some schools offer cooperative education experiences, which will give you a real-world grounding in your career and link theory and practice.
An associate degree program can take two years and includes courses such as digital electronics, various control systems and the structure of microprocessors. These programs will provide you with the practical field knowledge necessary to maintain existing electrical/electronic systems or to build and test new design prototypes.
In addition to completing their degree programs, students in electrical engineering technology may choose to become members of professional engineering organizations. These organizations can provide training, networking opportunities and exposure to new technology in the field of electronics engineering technology.
Electrical and electronics engineering technicians work in the production, research, development, testing and maintenance of electronic systems. They often work as part of a team with engineers, engineering draftsmen and assemblers to create devices and equipment. They may use math skills to help realize the designs of their engineering partners, mechanical skills for the building process and observational skills to detect issues that must be reported to their engineers.
Many people find their calling in this field because of their technical curiosity and love of deciphering the labyrinths of circuits that make products work. They can also enjoy the satisfaction of helping their employers keep industries on the cutting edge as they meet challenges. As a result, these professionals tend to earn more than those with less education.