How to Become a Electrical Engineer: Roadmap & Timeline
Hardware electrical engineers divide time between schematic capture, PCB layout review, lab debugging with test equipment, cross-functional design reviews, and documentation. Power electronics roles involve significant simulation work; RF roles involve more characterization and antenna testing.
Step-by-Step Requirements
- Step 1: Bachelor's in Electrical Engineering from an ABET-accredited program
- Step 2: Proficiency in circuit design tools (Altium, KiCad, or Cadence)
- Step 3: Programming skills (Python, MATLAB, C/C++) for embedded systems or signal processing roles
- Step 4: Lab experience with oscilloscopes, spectrum analyzers, and hardware debugging
Career Path Timeline
1
Electrical Engineer I / Junior EE
0–3 years experience · $72,000/year
$72,000
2
Electrical Engineer
3–7 years experience · $103,000/year
$103,000
3
Senior Electrical Engineer / Lead EE
7–12 years experience · $135,000/year
$135,000
4
Principal Engineer / Engineering Manager
12–18 years experience · $170,000/year
$170,000
5
Chief Electrical Engineer / Director EE
18+ years experience · $220,000/year
$220,000
Skills to Build First
Circuit DesignPCB Layout (Altium)FPGA ProgrammingEmbedded C/C++Signal ProcessingPower ElectronicsMATLAB/SimulinkControl SystemsRF/Antenna DesignVHDL/Verilog
Where to Find Electrical Engineer Jobs
LinkedInIndeedIEEE Job SiteGlassdoorClearanceJobs (defense)DiceAngelList / Wellfound (startups)
The BLS projects 9% growth for electrical engineers through 2032, with electric vehicles, renewable energy systems, semiconductor design, and defense electronics driving demand. Embedded systems engineers with software skills command a premium as hardware and software increasingly converge.