As the title indicates, an electro-mechanical engineer is involved with both the electrical and the mechanical aspects of an engineering project. This type of engineering professional may develop and manufacture a wide variety of products such as appliances, medical instrumentation, industrial machines and even robotics.
Electro-mechanical engineers often work in manufacturing and production in the following areas:
If you love working with technology, do you have what it takes to become an electro-mechanical engineer?
While certificates are available for electro-mechanical engineers, computer-controlled manufacturing and automated systems are rapidly becoming more advanced, requiring engineers with higher education.
A bachelor’s degree in engineering with an emphasis on electronics or electro-mechanics provides serious opportunities for employment at a favorable salary.
Electro-mechanical engineers often work in a manufacturing and assembly plant environment. In this particular industry, manufacturing processes are controlled by computers, requiring a cross-over for electro-mechanical engineers between the traditional circuit and mechanical training with more modern computerized applications systems.
Electro-mechanical engineers may be responsible for any of the following:
This profession requires problem-solving skills, the ability to operate as part of a team, strong analytical skills and a thorough understanding of the related computer technology to meet the demands of the modern American industry field.
In general, the electronic engineering field is expected to grow by at least four percent in the U.S. over the next decade. Opportunities for electro-mechanical engineers worldwide continue to increase as the high- tech industry grows.
The U.S. Department of Labor provides a salary range from $46,000 to $120,000 annually for electro-mechanical engineers depending on geographical location, level of education and type of industry.