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Entry-Level Electrical Engineering

Basic statistics every electrical engineer needs to know.

Statistics for Entry-Level Electrical Engineering

There is a lot of information electrical engineers need when they start looking for entry-level electrical engineering jobs. The following are important statistics to understand when you start searching for your first entry-level electrical engineering job.

What do Electrical Engineers Do?

Electrical engineers design, develop, test, and supervise the manufacture of electrical equipment, such as electric motors, radar and navigation systems, communications systems, or power generation equipment. Electrical engineers also design the electrical systems of automobiles and aircraft.

Electronics engineers design and develop electronic equipment, including broadcast and communications systems, such as portable music players and Global Positioning System (GPS) devices. Many also work in areas closely related to computer hardware.

Electronics engineers who work for the federal government research, develop, and evaluate electronic devices used in a variety of areas, such as aviation, computing, transportation, and manufacturing. They work on federal electronic devices and systems, including satellites, flight systems, radar and sonar systems, and communications systems.

The work of electrical engineers and electronics engineers is often similar. Both use engineering and design software and equipment to do engineering tasks. Both types of engineers also must work with other engineers to discuss existing products and possibilities for engineering projects.

How many Electrical Engineers are there?

Currently there are 328,100 electrical engineers working in the United States of America. This represents 20% of the total engineers working in the United States.

Number of Electrical Engineers in the United States

Electrical engineering is one of the largest engineering disciplines. Having such a large discipline means that you should be able to find entry-level electrical engineering jobs almost anywhere in the United States.

Are Advanced Degrees Required?

Most engineers struggle with the decision on pursuing an advanced degree. For entry-level engineering jobs, the more technical the job is, the higher the chance it will require an advanced degree.

To understand how many electrical engineers go on to get advanced degrees, reference the table below.

Electrical Engineering - Advanced Degrees

Based on the data, 68% (7,768/11,385) of electrical engineering students go on to get a master’s degree and approximately 10% (1,105/11,385) pursue a doctoral degree in a given year. For a master’s degree, this is well above the engineering average.

Inside an engineering discipline, some jobs can require an advanced degree while others do not. The only true way to know if you will need an advanced degree for the entry-level electrical engineering job you want, is to look at job postings. If all of the jobs you are interested in require an advanced degree, it means you need to go and get one.

 

Due to the high number of students who purse a master’s degree in electrical engineering, it is safe to assume that most electrical engineering jobs will require you to have your master’s degree.

Entry-Level Electrical Engineering Jobs Created

The U.S. Bureau of Labor Statistics estimates the future job growth for each field of engineering.  Based on the data, there will be 10,800 jobs created in Electrical Engineering over the next 10-years.

It can be assumed that the job growth is in entry-level jobs. This is due to the actual creation of entry-level jobs, or creation of higher-level jobs that are filled with the existing workforce opening up entry-level positions.

Entry-Level Electrical Engineering Job Growth

Based on the new job growth as a percentage of the existing job market, the projected yearly growth is 3.3% for entry-level electrical engineering jobs. The average growth rate for all entry-level engineering jobs is 4.1% per year.

Job growth for electrical engineering is slightly below average compared to engineering as a whole. Higher job growth in an industry is attractive because it equates to more opportunities in that field in the future.

Competition Index For Entry-Level
Electrical Engineering Jobs

At the Job Formula, we like to calculate the competition index for different types of engineering jobs. To do this, we divide the total number of graduates in a discipline by the total number of jobs available in that discipline. This calculation shows how many graduates there are for each available job.

The lower the competition index the better. A competition index of one (1) means that there is one graduate for every one job.

The competition index for entry-level electrical engineering jobs is 1.0. This is below the competition index for the average engineering discipline of 1.5. This means there is one electrical engineering graduate for every one entry level job.

Competition for Entry-Level Electrical Engineering Jobs

We calculate the competition index to give graduate engineers an idea of the type of competition they will face when they start looking for their first job.

Please note that competition will vary inside an engineering field based on the type of industry, the location and how attractive a job is.

Industries for Entry-Level Electrical Engineers

Electrical Engineering is a diverse degree which means you can work in many different industries. The follow are the top five industries that hire electrical engineers.

Electrical Engineering Industries

The percent of total employment means out of all electrical engineers, how many are working in that one industry.

If you are looking for an entry-level electrical engineering job, these are the best industries to start with.

Entry-Level Electrical Engineering Job Salary

The average entry-level electrical engineering salary is shown below. Additionally, the average electrical engineering salary, the bottom 10% and top 10% salaries are shown.

Entry-Level Electrical Engineering Salary

Entry-level electrical engineering salaries are above the industry average for entry-level salaries.

At Job Formula, we preach enjoying your job over seeking out a high salary. If you enjoy your job, you are more likely to move up in the position. The Top 10% of any engineering degree field is higher than the mean annual salary. Find a job you like and try to move toward that top 10%.

Resources for Entry-Level Electrical Engineers

The formula we have been taught since we were small children is just not true. Getting a college degree does not guarantee you a great job. If the formula worked, over 49% of college graduates would not report that they found it hard or extremely hard to find their first job.

Universities are failing engineering students because they are not training them on how to go from getting a degree to getting an entry-level engineering job.

The Job Formula will help you learn what you need to learn to get hired! See our free resources below to get started.

The Winning Engineering Resume

Job Formula's in-depth free guide to help engineers put together a winning engineering resume that gets results. Don’t let your resume be what holds you back from getting your dream job. Click on the link to download now.

Entry Level Engineering Resume Cover R1.

Entry-Level Engineering Blog

Job Formula’s engineering blog is dedicated to helping entry-level engineers get hired. On the blog, you will find articles on internships, cover letters, resumes, interviews and more, all geared toward engineers!

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Entry-Level Engineering

You just viewed the site dedicated to Entry-Level Electrical Engineering. Check out this link to see information on all entry-level engineering jobs.

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We Need Your Help!

Job Formula is putting together a breakthrough program called How Engineers Get Hired – The Ultimate Course.

 

To make sure we do not forget anything, we put together a survey related to entry-level engineers. Please help us, we value your opinion.

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Now go get started on your amazing electrical engineering career and change the world!

*The information on this page was pulled together from the U.S. Bureau of Labor Statistics and other various resources. The information is intended for education purposes only.