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Electrical Engineer Resume 2026 - power, MEP, hardware and controls sample free

Антон Литвинов
Антон Литвинов Founder, AI Resume Master
in 𝕏
Published: 03.10.2026 Updated: 03.10.2026

Electrical engineer covers four jobs that barely overlap, and the resume has to pick one. Power and utility engineers live in one-lines, short circuit and coordination studies, arc flash and NEC compliance. Building MEP engineers produce panel schedules, load calculations, lighting photometrics and Revit models coordinated against three other trades. Hardware and electronics engineers do schematic capture, PCB layout, signal integrity and design for manufacturability. Controls engineers write PLC logic, configure SCADA and commission equipment in the field. The software, the standards and the interview questions are different in each. A resume that lists all four is read as none of them, and a hiring manager who cannot place you in a lane in the first two lines usually stops. The second thing being read is whether you are on the licensure path. In power and building MEP the PE matters because sealed drawings are the deliverable; in electronics and firmware it is rarely required at all, and listing it with the same prominence in a hardware application just looks like you do not know the field. Get the lane right, put the FE, EIT and PE Electrical and Computer status in plain text where it belongs, and attach numbers to the designs you have shipped. The rest of this page is how, with a complete sample resume at the end.

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Electrical engineer resume sample

The order an electrical engineering manager reads in: lane first, voltage class or product class second, the analysis or design tools third, standards compliance fourth, and shipped results last - because a board that went to production and a study that got stamped are both proof the work survived contact with reality.

One lane, named in line one

Power systems, building MEP, electronics and hardware, or controls and automation. Each has its own standards and its own software, and the headline is where you tell the reader which set of questions to ask you.

Voltage class or product class stated

In power, say whether you work at 480 V, 15 kV or transmission class. In hardware, say the board class: mixed-signal, high-speed digital, power electronics, RF. It is the single fastest way to establish depth.

Standards named, not implied

NEC and NFPA 70E, IEEE 1584 and IEEE 142, IPC-2221 and IPC-A-610, FCC Part 15 and the relevant UL standard. Naming the standard you designed to is what separates an engineer from somebody who followed a template.

ATS friendly

Single column, standard headings, and software written as postings write it: ETAP, SKM Power Tools, EasyPower, AGi32, Altium Designer, Cadence Allegro, MATLAB and Simulink. Write Professional Engineer alongside PE and Engineer in Training alongside EIT, because keyword matching is string matching.

Sample resume text

Use it as a reference: keep the structure and wording, put in your own facts and numbers.

Marcus Whitfield

Power Systems Engineer - PE
Phoenix, AZ
marcus.whitfield.pe@example.com
(602) 555-0173
linkedin.com/in/example

Profile

Power Systems Engineer with 8 years in industrial and data center facilities, Phoenix AZ. Design and study work from 480 V distribution through 15 kV service entrance: one-line development, short circuit, protective device coordination, load flow and arc flash incident energy analysis in ETAP for facilities up to 12 MW. Author of 30-plus sealed study reports and NFPA 70E labeling packages calculated to IEEE 1584. Specified switchgear, MCCs, transformers, UPS and generator systems on 14 projects and commissioned 9 of them. Licensed Professional Engineer (PE), Electrical, Arizona PE #68214, comity in Nevada and Texas.

Experience

Senior Electrical Engineer02/2021 - present

Saguaro Ridge Engineering, Phoenix, AZ

  • Engineer of record on power system studies for 18 industrial and data center facilities from 2 MW to 12 MW, covering 480 V, 4.16 kV and 15 kV distribution, each delivered as a sealed report
  • Modeled 340-plus buses in ETAP across the portfolio and issued arc flash labeling packages calculated to IEEE 1584, including one facility where recoordination reduced the incident energy at eight panels below the 40 cal/cm2 threshold without new equipment
  • Developed the electrical design for a 9 MW facility expansion: one-lines, panel schedules, feeder sizing, grounding per IEEE 142 and specifications for 15 kV switchgear, two 2,500 kVA transformers and a 2 MW standby generator with ATS
  • Resolved a selective coordination failure found during review on an inherited design, replacing a main breaker specification before procurement and avoiding a change order at installation
  • Commissioned nine projects including factory witness testing on switchgear and on-site relay setting verification and primary injection testing
  • Review all study reports produced by the group, 20 to 25 a year, against a QA checklist I wrote
Electrical Engineer07/2017 - 01/2021

Caldera MEP Consultants, Tucson, AZ

  • Produced building electrical design in Revit MEP for commercial, healthcare and higher education projects from 20,000 to 180,000 square feet, under the engineer of record
  • Performed load calculations, panel schedules, feeder sizing and voltage drop checks on 40-plus projects, and ran photometric models in AGi32 for interior, site and egress lighting
  • Prepared NEC compliance documentation and coordinated electrical rooms and raceway routing against mechanical, plumbing and structural models, resolving 200-plus clashes before issue
  • Reviewed submittals and answered RFIs through construction on 12 projects and performed punch walks at closeout
  • Passed the FE in 2017 and completed four years of qualifying experience under a licensed PE, sitting the PE Electrical and Computer power depth exam in 2021
Electrical Engineering Intern05/2016 - 06/2017

Mesa Verde Utility Services, Mesa, AZ

  • Field verified 60-plus distribution one-line diagrams against installed equipment and updated the drawing records
  • Assisted with transformer and feeder load data collection and built the spreadsheet model used for the annual capacity review

Education

Arizona State University2012 - 2016

BS Electrical Engineering, power systems concentration, ABET-accredited program

Skills

ETAP and SKM Power Tools: short circuit, coordination, load flow, arc flashNEC (NFPA 70) compliance and NFPA 70E labeling to IEEE 1584One-line diagrams, panel schedules, feeder and conduit sizingLoad calculations, voltage drop and withstand rating checksSwitchgear, MCC, transformer, UPS, generator and ATS specificationProtective relay setting, motor control and VFD applicationGrounding and bonding design per IEEE 142Lighting design and photometrics in AGi32, energy code complianceRevit MEP and AutoCAD, clash coordination with mechanical and structuralCommissioning, factory and site acceptance testing, as-built documentation

Licensure and Certifications

  • Licensed Professional Engineer (PE), Electrical and Computer - power depth; Arizona PE #68214, 2021; comity Nevada 2023, Texas 2024
  • Fundamentals of Engineering (FE) exam, Electrical and Computer - passed 2017; Engineer in Training (EIT), Arizona
  • NCEES Record maintained for multi-state licensure
  • NFPA 70E Electrical Safety in the Workplace training - renewed 2025
  • ETAP advanced arc flash and coordination training - 2022
  • Member, Institute of Electrical and Electronics Engineers (IEEE) Power and Energy Society

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What you get

  • A complete electrical engineer resume sample
  • 3 PDF templates
  • How to pick a lane: power, MEP, hardware or controls
  • 6 mistakes that get electrical engineering resumes screened out
Profile

Electrical engineer profile summary

Four lines: years of experience, the lane, the voltage or product class, licensure status where it is relevant, and one or two shipped outcomes with numbers. The manager is working out whether you can be handed live work, and the evidence is the scale of what you have designed and whether it was built.

Match the vocabulary of the lane precisely. A power engineer writes one-lines, coordination, selective tripping and incident energy. A hardware engineer writes layers, stackup, impedance control, first-pass yield and bring-up. Using one lane's words in the other lane's application reads as a candidate who is guessing, which is worse than being under-qualified.

WeakMotivated electrical engineer with experience in design, testing and troubleshooting. Skilled in circuit analysis and proficient with industry software. Team player seeking an opportunity to apply technical skills in a challenging environment.
StrongPower Systems Engineer, 8 years in industrial and data center facilities, Phoenix AZ. Design and study work from 480 V distribution to 15 kV service entrance: one-line development, short circuit, protective device coordination and arc flash incident energy studies in ETAP for facilities up to 12 MW. Author of 30-plus sealed study reports and NFPA 70E labeling packages to IEEE 1584. Licensed Professional Engineer (PE), Electrical, Arizona PE #68214, comity in Nevada and Texas.
Tip
If your experience genuinely spans two lanes, keep two versions of the resume rather than one hybrid. The hybrid dilutes both and gets screened out of both; two focused versions each win their own pile.
Skills

Electrical engineer skills for a resume

Plain text list, not a skills graphic - a bar chart is an image and carries no keywords. Group by the lane you are applying into and name every package exactly as postings name it, including version families where a posting is specific.

Hard skills

  • Power system studies: short circuit, protective device coordination, load flow, motor starting and arc flash incident energy analysis in ETAP, SKM Power Tools or EasyPower
  • NEC (NFPA 70) code compliance, NFPA 70E electrical safety and labeling, IEEE 1584 incident energy calculation and IEEE 142 grounding design
  • One-line diagram development, panel schedules, feeder and conduit sizing, load calculations, voltage drop and short circuit withstand checks
  • Switchgear, switchboard, MCC, transformer, UPS, generator and ATS specification and submittal review
  • Motor control, VFD application and parameter configuration, soft starters and protective relay settings
  • Lighting design and photometric modeling in AGi32, emergency and egress lighting, lighting control systems and energy code compliance
  • Building electrical design in Revit MEP and AutoCAD, with clash coordination against mechanical, plumbing and structural models
  • Schematic capture and PCB layout in Altium Designer, Cadence Allegro or OrCAD: stackup definition, impedance-controlled routing, power integrity and signal integrity analysis
  • Design for manufacturability and design for test, IPC-2221 and IPC-A-610 practice, bill of materials management, UL listing support and FCC Part 15 EMC and EMI pre-compliance
  • PLC programming and SCADA configuration, instrumentation loop drawings, commissioning and factory and site acceptance testing, plus LTspice, MATLAB and Simulink for analysis and VHDL or Verilog for FPGA work

Soft skills

  • Explaining an arc flash category to a maintenance crew that does not want to wear the gear
  • Defending a coordination decision when the contractor would prefer a cheaper breaker
  • Writing a test report that is honest about what failed and why
  • Running a design review where the layout engineer and the firmware engineer disagree
  • Standing in a live electrical room and making a safe decision under schedule pressure
  • Sizing a design for what the facility will become rather than only what it is
  • Coordinating with the mechanical and structural teams before a conflict becomes rework
  • Bringing up a new board calmly when nothing works on the first power-on
  • Teaching a technician enough theory that they diagnose the next fault themselves
  • Documenting a field change the same day so the as-built package stays true
Experience

How to write electrical engineering experience

Formula: the system or product and its scale, the design or analysis you owned, the tool and the standard, and what happened when it was built. Performed electrical design and analysis is the job description read back. Developed the one-line and ran short circuit, coordination and arc flash studies in ETAP for a 12 MW facility with 480 V and 15 kV distribution, producing a sealed report and 340 NFPA 70E labels to IEEE 1584 is experience.

In hardware, the equivalent evidence is what shipped. Board complexity - layer count, component count, mixed-signal or high-speed content - plus how many spins it took to get to production, first-pass yield, and whether it passed EMC testing and UL listing on the first attempt. Spins and first-pass results are the hardware equivalent of a permit: they prove the design survived manufacture, not just simulation.

Weak- Designed circuit boards and performed testing. Used Altium and worked with manufacturing to resolve issues.
Strong- Owned the schematic and layout of an 8-layer mixed-signal controller board, 410 components, with a 24-bit ADC front end and impedance-controlled 100 MHz digital section: completed in two spins, passed FCC Part 15 Class B pre-compliance on the first scan, and reached 98.6% first-pass yield across the first 4,000 units built.
What to include
Lane - voltage class or board class - what you designed or analyzed personally - software named as postings name it - standard designed to (NEC, NFPA 70E, IEEE 1584, IPC, FCC Part 15, UL) - whether you sealed or signed anything - number of spins, units built, or facility capacity - commissioning and field involvement.
Education

Education, licensure and certifications

A bachelor's degree in electrical engineering from an ABET-accredited program is the normal prerequisite, and the accreditation matters because state boards check it on a licensure application. The path is: pass the Fundamentals of Engineering exam administered by NCEES, which in most states gives you the Engineer in Training or Engineer Intern designation, accumulate the qualifying experience your state board requires - commonly four years under a licensed Professional Engineer - then pass the PE Electrical and Computer exam, which is offered in power, electronics, controls and communications depth areas. The license is issued by a state board, not nationally, so write the state and number plainly, and mention any comity licenses or an NCEES Record if you have one. Be realistic about where the license carries weight: in power, utility and building MEP work it is close to essential because the deliverable is a sealed drawing set or study report, while in electronics, embedded and semiconductor roles it is uncommon and nobody will ask.

  • BS or MS Electrical Engineering, ABET-accredited program, with graduation year and any concentration such as power systems, RF or embedded
  • Fundamentals of Engineering (FE) exam, Electrical and Computer module, with year passed, and Engineer in Training (EIT) or Engineer Intern certificate
  • Licensed Professional Engineer (PE), Electrical and Computer - depth area, state and license number in plain text, plus comity states
  • NCEES Record maintained, if you have one, for multi-state licensure
  • NFPA 70E electrical safety training, NETA or NICET certifications, and any protective relay or arc flash study course
  • LEED AP or Certified Energy Manager, if you work in building MEP and energy code compliance
  • Vendor training with real substance: PLC platform certification, SCADA software training, ETAP or SKM courses, or Altium and Cadence training
  • IPC certifications such as IPC-A-610 specialist, and any six sigma or reliability engineering credential
Careful
Do not put proprietary schematics, part numbers of unreleased products, customer names under NDA or internal test data on a resume or in a portfolio link. Describe the board or system generically by class, complexity and outcome. Hardware managers notice this and read it as a judgment problem rather than as evidence of experience.
No experience

Entry level electrical engineer resume with no experience

A new electrical graduate is hired on three things: the FE exam if the lane is power or MEP, a project that was actually built, and a specific, honest software list. Pass the FE near graduation if you are heading into power, utility or building work - it starts the licensure clock and separates you from classmates who have the same transcript.

For hardware and embedded lanes, a working project beats the FE every time. A board you designed, had fabricated, assembled and brought up is the closest thing a student has to professional evidence, and the parts that matter are the specifics: layer count, what the circuit does, what went wrong on power-on and how you found it. Senior design, a competition vehicle, a robotics platform or a personal instrument build all qualify provided you describe the engineering rather than the outcome.

  • FE exam Electrical and Computer passed, with the year, and Engineer in Training (EIT) certificate, if you are targeting power, utility or building MEP work
  • A project that was physically built, written as an entry: what it does, the design scope you owned, layer count or voltage class, the tool used, and what you learned at bring-up
  • Software stated honestly by capability: schematic capture and layout in Altium or OrCAD, LTspice simulation, MATLAB and Simulink analysis, PLC programming, or ETAP and AGi32 if your course work covered them
  • Lab and test equipment you can use unsupervised: oscilloscope and probing technique, spectrum analyzer, power supply and load bank, LCR meter, thermal camera, loop calibrator
  • Internship, co-op or undergraduate research including test technician, field service or drafting work, with what you measured, built or documented

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Mistakes

Common mistakes

All four lanes on one resume

Power studies, building MEP, PCB design and PLC programming on a single page reads as a generalist to a field that hires specialists. Each lane's manager looks for their own evidence, finds it thinned out, and moves on. Two focused versions beat one hybrid every time.

No voltage class or board class

Designed electrical systems could mean 24 V control wiring or a 15 kV service entrance. Designed circuit boards could mean a two-layer breakout or a twelve-layer high-speed backplane. The class is the depth signal, and leaving it out makes the reader assume the simpler case.

Standards left as assumptions

Everybody in the field works to codes, so the ones you name are the ones you own. NEC and NFPA 70E, IEEE 1584 and IEEE 142, IPC-2221, FCC Part 15, the relevant UL standard - naming them proves you have had a design reviewed against them rather than only drawn one.

Software listed without capability

ETAP in a skills bar does not say whether you can build a model, set relay coordination and defend an incident energy result. Altium in a skills bar does not say whether you have done controlled-impedance routing or only placed parts. Put the tool inside a bullet that says what you produced with it.

A PE prominent in a hardware application

In electronics, embedded and semiconductor roles the PE is uncommon and leading with it signals you have misread the field. Keep it on the page as a credential, but let the board work, the spins and the test results occupy the top of a hardware resume.

A graphic layout with a badge-image license line

Engineering applications are parsed before a human reads them. Two-column layouts get read across the gutter, license badges and skills charts are images carrying no text, and a headline inside a header graphic is invisible. Single column, standard headings, consistent MM/YYYY dates.

Takeaways

Takeaways

Remember

  • Pick one lane: power, MEP, hardware or controls
  • State the voltage class or the board class
  • Name the standards: NEC, NFPA 70E, IEEE 1584, IPC, FCC Part 15
  • FE, EIT, PE Electrical and Computer with state and number
  • Hardware: spins, units built, first-pass yield, EMC result
  • Single column, standard headings, no badge or chart images
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FAQ

Frequently asked questions

It depends entirely on the lane. In power, utility and building MEP work the PE is close to essential at a senior level, because the deliverable is a sealed drawing set or a sealed study report and someone has to be the engineer of record. In electronics, embedded, semiconductor and most product development work it is uncommon and will not be asked about, partly because the industrial exemption in many states covers work done on an employer's own products. Pass the FE early regardless if there is any chance you move toward power or facilities - eligibility rules get harder to satisfy later.
Take the depth that matches your work: power, electronics, controls, or communications. Power is by far the most commonly taken because that is where the license is commercially necessary. The license you receive is a PE in electrical engineering regardless of the depth you passed, so it is a signal about your focus rather than a restriction, but hiring managers in power practices do read it that way and a mismatch is worth explaining rather than leaving unaddressed.
By the facility and the study scope. Say the voltage classes involved, the facility capacity, how many buses or devices were modeled, which studies you ran - short circuit, protective device coordination, load flow, motor starting, arc flash incident energy - the software, whether the calculation followed IEEE 1584, and whether a report was sealed and a labeling package issued to NFPA 70E. The number of labels produced and whether you were the author or the reviewer are both worth stating, because they are different levels of responsibility.
Evidence that your designs got built and worked. Board complexity - layer count, component count, mixed-signal or high-speed or power content - the number of spins to production, first-pass yield, and whether it passed EMC pre-compliance and UL listing. Then the practice behind it: stackup definition, impedance control, power integrity, design for manufacturability and test, IPC standards, bill of materials discipline, and your part in bring-up and debug. A simulation with no built hardware behind it is treated as unfinished work.
Usually yes, because the evaluation criteria are different. A controls employer reads for PLC platforms and the logic you have written, SCADA and HMI configuration, instrumentation and loop drawings, network and fieldbus protocols, commissioning, and factory and site acceptance testing. Field commissioning experience in particular is the scarce commodity, so it belongs high on the page with counts: systems commissioned, sites, startup duration. A design-only controls resume is read as a junior one even when it is not.
Lead with the fundamentals that transfer and be honest about the ones that do not. Circuit analysis, measurement discipline, failure investigation and documentation travel in both directions. What does not travel is the standards frame and the tool fluency - NEC, NFPA 70E, IEEE 1584 and ETAP on one side; IPC practice, layout tools and EMC on the other. Pass the FE if you are moving toward power, name any course work or standards familiarity in the target lane, and state the gap plainly rather than hoping it is not noticed.
One page for the first few years, two once you have project or product history that needs scale numbers to describe. Two pages is entirely normal for a licensed power engineer with a study record, or a hardware engineer with several products in production. If you have patents or publications in a research or semiconductor context, list them as a short section rather than letting them push the engineering work onto page three.
Yes - the full sample above, and all the templates on this page. You can assemble your own resume from any of them in the builder for free and see the result; downloading the finished PDF is paid, by subscription or a one-time payment. The templates stay single-column with plain text headings, which matters because engineering applications are routinely parsed by software before a human reads them.
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