- It’s a still-growing field. With a few exceptions, automation doesn’t destroy electrical engineering jobs.
- It encompasses a wide variety of subjects where people who enter generally find something that interests them.
- If you are good at it, the inherent difficulty of many of the topics reduces the amount of competition, keeping wages relatively high.
- Similarly, finding good electrical engineers is hard, so job security is relatively good.
WHAT IS THE SCOPE OF ELECTRICAL ENGINEERING?
This article is to highlight the work responsibilities of an electromechanical engineer. Here we tell you about the educational requirements, important skills, salary, and employment scope to decide if this would be the right career for you.
Career for an Electromechanical Engineer
Electromechanical engineers deal with both the principles of electrical and mechanical engineering in the workplace. All kinds of devices from satellites to computer monitors are both electromechanical in nature; electromechanical engineers created ideas and build machines that use both technologies.
To get a job as an electromechanical engineer needs good grades from a good institution.
Bachelor’s degree(must), master’s degree, or higher could be pursued
Technical, public speaking, technical writing, maths, and software skills
Median Salary (2017)*
$93,010 for electrical engineers, $83,590 for mechanical engineers
Job Growth (2014-2024)*
1% electrical engineers, 5% mechanical engineers
Source: U.S. Bureau of Labor Statistics
Most people who become electromechanical engineers obtain a bachelor’s degree in either electrical engineering or in mechanical engineering, but a growing number of schools now offer bachelor’s degrees in electromechanical engineering. In any engineering degree program, students are expected to take classes in maths, physics, computer science, and the basics of engineering. Most undergraduate engineering degrees could be earned in four years; many high-level electromechanical engineering jobs need at least a master’s degree or even higher qualification.
A strong technical background and a creative mind are a must for electromechanical engineers; always developing new ideas and bringing them to life is the heart of the job. Good knowledge in maths, science, and computer science is a must for electromechanical engineers, who work with all three disciplines frequently. Electromechanical engineers often need to make presentations and draft technical instructions, so public speaking and good writing skills are also essential.
Career and Economic Outlook
As of May 2015, the yearly median salary for electrical engineers was $93,010 and the median annual salary for mechanical engineers was $83,590.
Electro-Mechanical Engineering Technician
For those who are interested in installation and repair work on software-driven equipment, becoming an electro-mechanical technician might be a good career option. They need to piece together and calibrate new machines, like manufacturing robotic devices. They also diagnose issues, make necessary repairs, create new components, and do performance tests.
You need to enter this profession through an associate degree or certificate in an area like mechatronics or computer-integrated manufacturing. Professional certification is offered by several organizations and that could be beneficial when you look for a job.
WHAT IS ELECTRICAL ENGINEERING?
Electrical Engineering deals with the study and application of electricity, electronics, and electromagnetism in all of their forms.
Whenever you go to flip a light switch in your house or even check the time on your smartphone, it took a series of electrical engineers to make that happen. The everyday things that we take for granted – like being able to turn on a light when it’s dark – are actually the result of hundreds of years worth of work by dedicated engineers.
In the grand scheme of academic study, electrical engineering is fairly new. But in its short life, it has become an absolutely essential field in providing us with the everyday comforts we enjoy.
Keep reading to learn more about the history of electrical engineering and why it is so important to our society that dedicated students continue to study and excel in this challenging and diverse field.