Electrical Engineer Resume Example That Passes ATS Screening
Electrical engineering resumes live or die on specifics. Recruiters in this field scan for particular systems, tools, and standards. Vague claims about 'circuit design' won't cut it when the job posting asks for experience with FPGA development or power distribution systems. This example balances deep technical detail with clear business impact to stand out in a field where most resumes read like parts catalogs.
ATS Keywords for Electrical Engineer Resumes
ATS systems scanning Electrical Engineer applications look for these terms. The resume above weaves them in naturally rather than listing them outright.
Section-by-Section Writing Tips
Professional Summary
Name the specific subfields you work in (power electronics, RF, embedded systems) rather than just 'electrical engineering.' Include your PE status if you have it since it's a major differentiator.
Experience Section
Be precise about the systems you designed. 'Designed power supplies' is forgettable. 'Designed a 48V-to-12V isolated DC-DC converter for industrial HVAC controls' tells the reader exactly what you can do. Always include the tools you used (Altium, SPICE, etc.) within the context of real projects.
Skills Section
Put the skills section above experience for this field. Recruiters and hiring managers in EE scan for specific tools and standards first. Group by domain: hardware, simulation, programming, standards.
Education Section
Engineering degrees still carry significant weight in this field. List your specialization (Power Electronics, RF, Controls) alongside the degree. If you published during grad school, mention it since it sets you apart from candidates with only industry experience.
Full Resume Sample
Marcus Okafor
Electrical Engineer
Professional Summary
Electrical engineer with 6 years of experience in power systems design, embedded hardware development, and PCB layout for industrial and consumer electronics. Track record of leading designs from concept through production, with a focus on reducing BOM costs and improving system reliability. PE license holder with hands-on experience in both lab prototyping and manufacturing floor support.
Experience
Electrical Engineer II
Honeywell · Phoenix, AZ · Aug 2021 - Present
- Designed power distribution units for commercial HVAC control systems, achieving UL 508A compliance on first submission for 3 consecutive product lines
- Reduced BOM cost by 22% on a sensor interface board by replacing discrete components with an integrated mixed-signal IC, saving $340K annually across production volume
- Led schematic review and PCB layout for a 6-layer mixed-signal board using Altium Designer, meeting strict EMC requirements verified through pre-compliance testing
- Mentored 2 junior engineers on proper grounding techniques and signal integrity analysis, reducing design revision cycles from 4 to 2 on average
Electrical Engineer
Apex Power Solutions · Austin, TX · May 2019 - Jul 2021
- Developed embedded firmware and hardware for a solar inverter monitoring system deployed across 120+ commercial installations
- Created test fixtures and automated validation scripts in Python that cut production testing time by 45%, improving throughput on the manufacturing line
- Performed thermal analysis and derating calculations for high-current PCB traces, eliminating field failures related to overheating connectors
Research Assistant, Power Electronics Lab
University of Texas at Austin · Austin, TX · Aug 2017 - May 2019
- Designed and built a 5kW bidirectional DC-DC converter prototype for energy storage research, published results in IEEE PELS conference proceedings
- Programmed DSP controllers (TI TMS320) for real-time control of power converter switching sequences
- Maintained lab equipment including oscilloscopes, spectrum analyzers, and thermal chambers for ongoing research projects
Education
M.S. Electrical Engineering, Power Electronics — University of Texas at Austin, 2019
B.S. Electrical Engineering — Georgia Institute of Technology, 2017
Skills
Hardware Design: PCB Layout (Altium Designer), Schematic Capture, Power Supply Design, Mixed-Signal Design, EMC/EMI Compliance, Thermal Analysis
Tools & Simulation: SPICE, MATLAB/Simulink, LTspice, SolidWorks Electrical, AutoCAD Electrical
Embedded & Programming: C/C++ (Embedded), Python, VHDL, TI DSP Programming, JTAG Debugging
Standards & Compliance: UL 508A, IEC 61010, IEEE Standards, NEC, RoHS/REACH
Certifications
Professional Engineer (PE) License, State of Arizona · IPC-A-610 Certified (Acceptability of Electronic Assemblies) · OSHA 10-Hour General Industry Safety
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Check Your ATS Score Free →Why This Resume Works
Skills section leads and is organized by engineering domain. For electrical engineering roles, recruiters often do a quick keyword scan before reading experience. Grouping skills into Hardware Design, Tools, Embedded, and Standards makes it immediately clear what this candidate can do without hunting through bullet points.
Compliance and standards are called out explicitly. Mentioning UL 508A, IEC 61010, and NEC compliance isn't just keyword stuffing. These certifications take months to achieve and signal that the candidate understands the regulatory side of product design, which is a major concern for hiring managers in this field.
Cost savings are quantified in dollars, not just percentages. The $340K annual savings figure gives concrete business context. Engineering managers have to justify headcount to leadership, and candidates who can speak in financial terms make that argument easier.
Career progression from research to industry is clearly mapped. Starting with a research assistantship, then moving to a smaller company, then to Honeywell tells a logical growth story. Each role builds on the previous one, and the candidate doesn't try to hide the academic start.
Common Electrical Engineer Resume Mistakes
Hiring managers reviewing Electrical Engineer resumes flag these problems repeatedly. Each one can knock your ATS score or land your application in the rejection pile.
- Writing 'designed circuits' without specifying the type, voltage level, or application
- Leaving out compliance standards and certifications that the job posting explicitly requires
- Not mentioning the CAD tools used for PCB layout, since these are often hard requirements in job postings
- Burying the PE license deep in the resume instead of featuring it prominently
- Listing only technical tasks without connecting them to outcomes like cost reduction, reliability improvement, or faster time-to-market