Skill path
How to become a Electrical Engineer
How to become a Electrical Engineer: skill roadmap with 5 core skills, degree usually required, courses and salary data. Updated weekly.
Education & experience requirements
- Education
- Most of these occupations require a four-year bachelor's degree, but some do not.
- Experience
- A considerable amount of work-related skill, knowledge, or experience is needed for these occupations.
- On-the-job training
- Employees in these occupations usually need several years of work-related experience, on-the-job training, and/or vocational training.
Foundations
Skills assumed by employers — the base to build on
- Circuit theoryFoundation
Analysis of electrical circuits and components. Employers need to design and troubleshoot electronics. Learn through engineering courses and problem solving.
- ElectromagnetismFoundation
Study of electric and magnetic fields. Employers need it for power and communications systems. Learn through physics and engineering classes.
- Control systemsFoundation
Managing behavior of dynamic systems. Employers need automation and stability. Learn through control theory courses and simulations.
- Programming (C++, Python)Foundation
Writing code for embedded systems and tools. Employers need to control hardware and process data. Learn through coding practice.
- ElectronicsFoundation
Designing and working with electrical components. Employers need functional devices. Learn through lab work and engineering courses.
Core skills
The skills that define the role today
- ElectricalHigh demand
Understanding electrical systems and circuits. Employers need safe installation and maintenance. Learn through vocational training and safety courses.
- MechanicalHigh demand
Understanding mechanical components and systems. Employers need to repair and operate machinery. Learn through hands-on training and technical study.
- ExcelHigh demand
A spreadsheet program for data organization and analysis. Essential for accountants and many other roles to manage and interpret data.
- C++High demand
An object-oriented language for high-performance software. Needed for game engines, systems, and large applications. Gain through practical projects and C++ guides.
- PythonHigh demand
A versatile programming language. Data professionals use it for analysis, automation, and building data-driven applications.
Tools in demand
Specific tools that appear in live postings
- The MathWorks MATLABIn demand
Software for numerical computing and simulation. Employers need to analyze and model systems. Learn through MATLAB tutorials and practice.
- Autodesk AutoCADIn demand
A leading CAD software for 2D and 3D design. Engineers and designers use it for detailed technical drawings and modeling.
- PythonIn demand
A versatile programming language. Data professionals use it for analysis, automation, and building data-driven applications.