An electrical engineering resume gets sorted by domain before it gets read for quality. Power systems, building electrical design, controls and instrumentation, and electronics or embedded hardware are four distinct hiring markets that share a degree and almost no vocabulary. A document that tries to serve all four reads as unfocused to every one of them, which is why the first decision is which domain the page is written for.
Inside the chosen domain the reader looks for scale and rigor: what voltage class was worked on, what the connected load or system capacity was, which studies were performed and with which software, and which code sections governed the result. Power and building work also screen hard on licensure, because panel schedules and one-line diagrams often need a stamp. This guide covers what carries weight in the read, the keywords postings filter on, bullets built on electrical numbers, what changes between an EIT and a licensed engineer, and a complete sample within the engineering field.
In this guide
What matters on an electrical engineer resume
Voltage class and system scale are the fastest way to place a candidate. Low voltage building distribution, 480V industrial, 15kV medium voltage, transmission at 138kV and above, or board-level DC design are entirely different experiences. Stating connected load in kVA or MW, the number of substations, feeders, panels or circuits, and the facility type gives the reader the dimension that "designed electrical systems" withholds. Licensure follows directly: the PE with discipline, state and number, or the EIT status and FE Electrical date.
Studies and calculations are the second block, and in power work they are the core of the job. Load flow, short circuit, protective device coordination, arc flash incident energy analysis under NFPA 70E, grounding studies, voltage drop and motor starting, harmonic analysis. Naming the software is expected: ETAP, SKM PowerTools, EasyPower, PSCAD, PSS/E for utility work, plus AutoCAD, Revit MEP and Bluebeam for the deliverables. In controls and electronics the equivalent block is schematic capture and PCB layout in Altium or OrCAD, simulation in LTspice or MATLAB, and firmware exposure.
Codes and standards carry screening weight and interview weight alike. NEC (NFPA 70) with the article that governed the design, NFPA 70E for safety, IEEE 519 and 1584, ANSI device numbers, UL listings, NERC compliance for utility work. Construction phase work belongs on the page too: submittal review, factory acceptance testing, commissioning and startup, relay settings loaded and tested.
Keywords job postings look for
These terms show up most often in US electrical engineering postings:
- Professional Engineer (PE), EIT, FE Electrical
- NEC (NFPA 70) and NFPA 70E
- Power distribution and one-line diagrams
- Short circuit, load flow and coordination studies
- Arc flash analysis and IEEE 1584
- ETAP, SKM PowerTools or EasyPower
- Medium voltage, switchgear and substations
- Protective relaying and ANSI device numbers
- Panel schedules, conduit and cable sizing
- Motor control centers and variable frequency drives
- Lighting design and photometric calculations (AGi32)
- Grounding and lightning protection
- AutoCAD Electrical and Revit MEP
- Commissioning, startup and factory acceptance testing
- IEEE standards and UL listing requirements
They belong in experience bullets first, attached to the system they applied to, and in a grouped skills section second. Before applying to a specific posting, the tool to tailor a resume to the job shows which of the description's terms the document still lacks.
Experience bullets that work
Electrical bullets become credible when the voltage, the study and the code all appear:
| Avoid | Better |
|---|---|
| Designed electrical systems for buildings | Designed 4,000A 480/277V distribution for a 220,000 sq ft hospital addition, including panel schedules, feeder sizing and NEC Article 517 compliance |
| Performed power system studies | Ran short circuit, coordination and arc flash studies in ETAP for a 15kV plant with 6 substations, reducing incident energy below 8 cal/cm2 at 94% of buses |
| Worked with switchgear | Specified and witnessed factory acceptance testing of 15kV metal-clad switchgear with 12 relay-protected feeders, commissioned with zero punch items |
| Reduced energy consumption | Redesigned lighting for 3 warehouses with AGi32 photometrics and LED fixtures, cutting lighting load 340 kW and passing Title 24 review on first submittal |
| Supported the controls team | Developed motor control schematics and VFD specifications for 42 conveyor drives, cutting commissioning time from 6 weeks to 19 days |
| Handled electrical safety | Built an arc flash labeling program for 780 pieces of equipment under NFPA 70E, with an updated study cycle and training for 3 maintenance crews |
Voltage class, connected load and the study performed are the three details a power engineering manager scans for. A bullet missing all three could belong to any discipline, which is how it gets read.
Junior vs. senior
An entry-level electrical resume leans on the FE Electrical result, the ABET degree and projects with real circuits behind them: a senior design project with measured performance, a lab or research role, internship work described in voltages and loads rather than tasks, and software depth from actual drawing or schematic production. Co-op time in a utility, contractor or manufacturing plant is worth more than most applicants present it as, and a short list of coursework in power systems, machines or controls helps when the posting names them.
A licensed engineer's page moves to ownership and judgment. Projects where the candidate was engineer of record, design fee or construction value managed, study reports sealed, clients and utilities dealt with repeatedly, staff calculations checked, and the standards or design guides written for the firm. Utility and consulting work rewards naming the interconnection, substation or campus by type and capacity. At this level a project list on a second page is normal, and the reasoning behind design decisions matters as much as the decisions.
Common mistakes in this role
These failures cost electrical engineers interviews:
- Domain left undeclared. A page that mixes PCB design, PLC programming and substation work reads as a generalist in a field that hires specialists.
- No voltage or load figures. Without them a hospital feeder and a residential panel look identical on paper.
- Licensure omitted in building and power work. PE, EIT or FE date, stated plainly, is a screening requirement in consulting practice.
- Studies listed without software or outcome. "Performed arc flash studies" says nothing about the tool, the bus count or the incident energy achieved.
- Code knowledge claimed generically. Naming the NEC article or IEEE standard applied is what separates practice from familiarity.
- Commissioning experience left out. Startup, testing and relay settings prove the designs were built and energized, which many resumes never demonstrate.
Sample electrical engineer resume
The example condenses the advice into a one-page resume for a licensed power systems engineer. Names and companies are fictional.
Electrical engineer with 9 years in industrial and healthcare power distribution, licensed in Ohio since 2022. Designs low and medium voltage systems up to 15kV, seals short circuit, coordination and arc flash study reports, and carries projects through factory testing and commissioning. Works daily in ETAP, AutoCAD Electrical and Revit MEP under the NEC and IEEE standards.
Senior Electrical Engineer, Scioto Power Engineering, Columbus, OH. Feb 2021 - Present
- Ran short circuit, coordination and arc flash studies in ETAP for a 15kV plant with 6 substations, reducing incident energy below 8 cal/cm2 at 94% of buses.
- Designed 4,000A 480/277V distribution for a 220,000 sq ft hospital addition, including panel schedules, feeder sizing and NEC Article 517 compliance.
- Specified and witnessed factory acceptance testing of 15kV metal-clad switchgear with 12 relay-protected feeders, commissioned with zero punch items.
Electrical Engineer, Buckeye Industrial Contractors, Dayton, OH. Jul 2016 - Jan 2021
- Developed motor control schematics and VFD specifications for 42 conveyor drives, cutting commissioning time from 6 weeks to 19 days.
- Built an arc flash labeling program for 780 pieces of equipment under NFPA 70E, with an updated study cycle and training for 3 maintenance crews.
- Redesigned warehouse lighting with AGi32 photometrics and LED fixtures, cutting lighting load 340 kW across 3 facilities.
Bachelor of Science in Electrical Engineering, ABET-accredited, Ohio State University, 2016. Professional Engineer, Electrical, Ohio No. E-78412, 2022. FE Electrical and Computer, 2016. NFPA 70E arc flash safety training, renewed 2024.
ETAP, SKM PowerTools, AutoCAD Electrical, Revit MEP, AGi32, short circuit and load flow analysis, protective device coordination, arc flash studies (IEEE 1584), grounding design, medium voltage switchgear, motor control centers and VFDs, panel schedules and feeder sizing, NEC and NFPA 70E, commissioning and startup, factory acceptance testing.
Frequently asked questions
How important is the PE license for an electrical engineer?
Decisive in consulting, building design and utility work, where drawings and study reports require a seal. In electronics, embedded systems and most manufacturing roles it is not requested at all. Candidates in licensed practice areas who lack the PE should state the EIT status and FE date, since firms hire on that track deliberately.
Should power and electronics experience appear on the same resume?
Only as a footnote. The two markets screen on different software, standards and vocabulary, so the page should commit to one and mention the other in a single line if it adds credibility. Keeping two tailored versions of the document is more effective than one that hedges.
What software belongs on an electrical engineering resume?
The analysis package used in production work (ETAP, SKM or EasyPower for power; Altium or OrCAD for hardware), the drafting environment (AutoCAD Electrical, Revit MEP), and any calculation or simulation tool actually applied, such as AGi32, MATLAB or PSCAD. Listing a package opened once invites a demonstration request.
How should study reports be described without revealing client information?
Describe the facility generically by type and scale, such as "a 15kV manufacturing campus with 6 substations," and report the technical outcome rather than the client name. Incident energy levels, coordination margins and bus counts are technical facts and carry the credibility the reader is looking for.