Electrical engineers design, develop, and test the systems that power modern transportation and infrastructure. Their work includes electric vehicles, charging networks, and power distribution systems that keep energy flowing reliably. By improving performance, efficiency, and safety, they play a key role in advancing clean energy adoption.
Electrical Engineer
Career Snapshot:
Wage Text Here
per year*
Mid to Senior Level
Engineering, Design, & Technology
*Estimates are not to be used as fact. Based on publicly available sources.
The Path to Becoming
a(n)
Electrical Engineer
Step 1
Earn
a(n)
Bachelor’s degree (BA, BS)
Field of Study:
In Electrical Engineering or related field
Resources:
No additional resources
Step 2
Earn a Postsecondary Certificate
Required Training:
Standards Occupational Classifications (SOC) code
SOC 17-2071
SOC Code
Long-term on-the-job training and professional experience
Ongoing learning in emerging technologies such as EV systems and power infrastructure
Training Programs and Resources:
Step 3
Find a position or apprenticeship
Required Training:
This career typically involves
1 year on-the-job training
Career Progression:
Entry level: 0–2 years (internships or entry-level engineering roles)
Early Career: 2–5 years (junior engineer roles)
Mid-level: 5–10 years (project or systems engineer roles)
Senior-level: 10+ years (lead engineer or management roles)
Related Open Postitions:
Daily Tasks
A Day in the Life
As
a(n)
Electrical Engineer
you can expect to perform these tasks frequently:
Required skills:
What It Takes
Electrical Engineer
often have these skills:
Critical Thinking
-
Using logic and reasoning to identify strengths and weaknesses of solutions and decide the best approach.
Complex Problem Solving
-
Identifying complex problems and reviewing related information to develop and evaluate options and implement solutions.
Engineering and Technology
-
Knowledge of the practical application of engineering science and technology to design and produce systems and processes.
Systems Analysis
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Determining how a system should work and how changes in conditions, operations, and environments will affect outcomes.
Computers and Electronics
-
Knowledge of circuit boards, processors, chips, electronic equipment, and computer hardware and software.
Quality Control Analysis
-
Conducting tests and inspections to evaluate quality or performance of products, services, or systems.
Active Learning and Adaptability
-
Understanding the implications of new information for both current and future problem-solving and decision-making.
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Career Outlook
910
Employees in
2023
1000
Employees in
2033
+
9.90%
Projected
Growth Rate
600
Annual Projected
Job Openings
Related Occupations
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