Electrical Engineer Resume Example & Template (2026)

The median annual wage for electrical engineers was $111,910 in May 2024, according to the U.S. Bureau of Labor Statistics — with the top 10 percent earning more than $169,000. Despite that strong ceiling, the BLS projects only about 3 percent employment growth through 2033, meaning competition for each opening is real and the quality of your application materials matters disproportionately. Over 97 percent of engineering firms now run resumes through an ATS before a recruiter sees them, and the most common reason qualified candidates get screened out has nothing to do with their skills: they used informal shorthand instead of the exact keyword strings the filter was built to find.

This page gives you a complete, ready-to-adapt sample resume for a mid-level electrical engineer targeting power systems and controls roles, then breaks down every decision section by section, maps the ATS keyword landscape, and lists the five mistakes that most often knock otherwise strong resumes out of the running.

Full Sample Resume

Jordan Vasquez, PE Houston, TX · jordan.vasquez@email.com · linkedin.com/in/jordanvasquez · 832-555-0147

Professional Summary

Licensed Professional Engineer with 7 years of experience in power distribution design, PLC-based control systems, and NEC/NFPA 70E-compliant facility upgrades for industrial and utility clients. Delivered $4.2M in capital projects on schedule and under budget across oil-and-gas and manufacturing sectors. Proficient in ETAP, AutoCAD Electrical, and Allen-Bradley Studio 5000; skilled at leading cross-functional teams from concept through commissioning.

Experience

Senior Electrical Engineer Apex Power Solutions, Houston, TX | June 2021 – Present

• Designed and permitted a 15 kV medium-voltage distribution system for a 280,000 sq ft petrochemical facility, reducing arc-flash incident energy by 34% through protective device coordination studies completed in ETAP 21.
• Led PLC migration from legacy Modicon M340 to Allen-Bradley ControlLogix for three production lines, eliminating an estimated 120 hours/year of unplanned downtime and cutting MTTR from 4.5 hours to 1.2 hours.
• Managed a team of four engineers and two designers on a $2.1M substation expansion; delivered 11 days ahead of schedule and 6% under the approved capital budget.
• Developed Python scripts to automate cable tray fill and conduit sizing calculations, reducing per-project engineering hours by 18% and virtually eliminating manual arithmetic errors across 14 concurrent projects.

Electrical Engineer II Meridian Industrial Engineering, Dallas, TX | August 2018 – May 2021

• Performed load flow, short-circuit, and voltage drop studies for six manufacturing clients totaling 38 MW of connected load; all studies met IEEE 1584 arc flash requirements with no rework required by AHJ.
• Produced 180+ construction drawing packages in AutoCAD Electrical and Revit MEP, maintaining an average peer-review deficiency rate of 0.4 markups per sheet over three consecutive audits.
• Supported commissioning of a 2 MW emergency generator system, writing and executing 47-step factory acceptance test (FAT) and site acceptance test (SAT) procedures that resulted in zero punch list items at final walkthrough.

Electrical Engineer I Brightfield Consulting, Austin, TX | July 2016 – July 2018

• Sized and specified MV transformers, switchgear, motor control centers (MCCs), and variable frequency drives (VFDs) for light industrial facilities ranging from 500 kW to 4 MW of connected load.
• Coordinated with mechanical and structural teams to resolve 23 design conflicts during clash detection reviews, preventing an estimated $310,000 in field change orders on a fast-track data center project.

Skills

Design Tools: ETAP, AutoCAD Electrical, Autodesk Revit MEP, Altium Designer, MATLAB/Simulink, SKM Power Tools Controls & Automation: Allen-Bradley Studio 5000 / FactoryTalk, Siemens TIA Portal, SCADA/HMI (Ignition, iFIX), Modbus, Profibus Standards & Codes: NEC (National Electrical Code), NFPA 70E, IEEE 1584, IEEE C57 (Transformers), ANSI/IEEE C37, IEC 61131-3, UL 508A Programming: Python, C, MATLAB scripting, SQL (ad-hoc reporting) Project Delivery: P6 Primavera scheduling, AutoDesk Construction Cloud, Bluebeam Revu, IFC coordination

Education

Bachelor of Science, Electrical Engineering Texas A&M University, College Station, TX | May 2016 GPA: 3.6 / 4.0 · IEEE Student Member · Senior Design: Variable-Speed Drive Control for BLDC Motor

Certifications & Licenses

• Professional Engineer (PE) — Texas, License No. 123456 (2021)
• NFPA 70E Electrical Safety Training — current
• OSHA 10-Hour General Industry

Why This Resume Works — Section by Section

The Header: Credentials in the Name Line

Placing “PE” directly after the candidate’s name — “Jordan Vasquez, PE” — is not vanity formatting. Many ATS configurations parse the header as a standalone entity, and recruiters running compliance-gated searches (federal projects, utility work, licensed design work) often filter by professional licensure before reading anything else. If you hold a PE, EIT, or PMP, attach it to your name immediately.

The header omits a street address (a postal address is no longer expected and slightly outdated) but includes city, state, and a direct phone number. LinkedIn is included because hiring managers in engineering frequently cross-reference profile history before scheduling a screen. GitHub is omitted — electrical engineers do not routinely maintain public code repositories, and including an empty one is worse than omitting it.

The Professional Summary: Four Sentences That Answer Three Questions

Recruiters spend an average of six to eight seconds on an initial resume scan before deciding whether to continue reading. The summary’s job is to answer three questions in that window: What kind of engineer are you? What scale of work have you done? What tools do you know?

This summary addresses all three. “Licensed Professional Engineer” signals the credential immediately. “7 years of experience in power distribution design, PLC-based control systems, and NEC/NFPA 70E-compliant facility upgrades” establishes specialty and compliance awareness in one clause. The dollar figure ($4.2M in capital projects) gives a concrete scale signal. The specific tool names — ETAP, AutoCAD Electrical, Allen-Bradley Studio 5000 — are exact strings that ATS filters look for.

What the summary avoids: adjectives without evidence (“results-driven,” “detail-oriented”), vague phrases (“strong background in electrical engineering”), and any mention of what you are looking for. Summaries are about the employer’s needs, not the candidate’s goals.

Experience: Quantified Bullets at the Right Altitude

Each bullet follows a consistent structure: action verb + technical context + measurable outcome. The quantity is not decoration — it tells the reviewer the scope, which proxies for how much responsibility you have actually handled.

Notice what the bullets do not do: they do not simply list job duties (“Responsible for designing electrical systems”). Every bullet describes a specific outcome — a percentage improvement, a dollar figure, a time saving, a deficiency rate. Reviewers have seen thousands of resumes that describe responsibilities; they remember the ones that describe results.

The three-role arc also tells a progression story. Engineer I through Senior Engineer over seven years is a coherent trajectory that reads as healthy growth without gaps.

Skills Section: Exact-String ATS Matching

The skills section is structured into five named categories rather than an undifferentiated comma-separated block. Category labels help both ATS parsers that extract skill taxonomies and human readers who need to quickly assess tool depth.

Every entry uses the exact product or standard name as it appears in vendor documentation and job postings. “Allen-Bradley Studio 5000 / FactoryTalk” rather than “PLC programming”; “NEC (National Electrical Code)” with the spelled-out form in parentheses to catch both the acronym and the full string. “NFPA 70E” and “IEEE 1584” are listed separately because they appear as separate filter terms in recruiter ATS dashboards, even though they are related.

Education: Clean and Brief at Seven Years In

For a candidate with seven years of experience, the education section is appropriately concise. Degree, institution, graduation year, and GPA (if above 3.5) are the standard elements. The senior design project line is optional at this career stage but worth keeping if it demonstrates a technical area relevant to target roles. Do not list coursework or unrelated extracurricular activities.

ATS Keyword Guidance for Electrical Engineer Roles

Electrical engineering is unusually fragmented across sub-specialties — power systems, embedded/PCB, controls, RF, lighting, building systems — and the ATS keyword profile varies significantly by specialty. Before customizing your resume, identify the sub-specialty of each role you are targeting and match accordingly.

Power Systems and Utilities Roles

Recruiters for utility, T&D, and large facility roles filter heavily on:

• ETAP (the industry-standard power analysis platform; ATS treats “ETAP” as a hard filter on many utility postings)
• Load flow, short-circuit analysis, protective device coordination, arc flash analysis (IEEE 1584)
• Medium voltage (4 kV, 15 kV, 34.5 kV — include specific voltage classes you have designed for)
• Switchgear, motor control center (MCC), transformer sizing
• NEC, NFPA 70E, IEEE C37, ANSI
• SKM Power Tools as an alternative to ETAP on some postings

Controls and Automation Roles

For plant, manufacturing, and process control roles:

• PLC followed by the specific platform: “Allen-Bradley Studio 5000,” “Siemens TIA Portal,” “Mitsubishi GX Works”
• SCADA, HMI, and platform names (Ignition by Inductive Automation, Wonderware, iFIX)
• Variable frequency drive (VFD), servo drive
• IEC 61131-3 (the ladder logic / structured text standard — a direct filter term)
• ISA-88, ISA-95 for batch and MES integration roles
• Modbus, Profibus, EtherNet/IP, Profinet — fieldbus protocols that appear as filters on advanced controls postings

Embedded and PCB Roles

For hardware design and firmware-adjacent roles:

• Altium Designer (not “Altium” alone; the full product name is the filter term)
• PCB layout, schematic capture, BOM management
• Signal integrity, EMC / EMI compliance
• SPICE simulation (LTspice, PSpice)
• FPGA (Xilinx / Vivado, Intel Quartus) if applicable
• C, C++, Embedded C — list the language, not just “embedded programming”
• IPC-2221 (PCB design standard), IPC-A-610 (inspection standard)

Compliance Terms That Function as Hard Filters

Many regulated industries (defense, aerospace, medical devices, oil and gas) run their ATS with compliance-standard filters as pass/fail gates, not ranking signals. If the job description mentions any of the following, include them verbatim in your resume:

• NEC (National Electrical Code)
• NFPA 70E
• IEEE 1584
• UL 508A (industrial control panels)
• MIL-STD-461 (EMC for defense)
• IEC 60601 (medical electrical equipment)
• API RP 500 / API RP 505 (hazardous area classification)

Five Common Mistakes That Cost Electrical Engineers Interviews

1. Using Informal Shorthand Instead of Exact Product Names

Writing “used PLCs” instead of “Allen-Bradley Studio 5000 / ControlLogix” or “Siemens TIA Portal” is the single most costly ATS error on electrical engineering resumes. Most ATS databases are built from job-board scraping; the keyword list comes from actual job descriptions, which use full product names. “PLC experience” does not match “Allen-Bradley Studio 5000” in an exact-string filter. Audit every tool reference in your resume and expand it to the full vendor-product name.

2. No Voltage Class or System Scale Information

“Designed power distribution systems” tells a reviewer almost nothing. “Designed 15 kV medium-voltage distribution for 280,000 sq ft industrial facility” tells them your ceiling. Voltage classes (480V, 4 kV, 15 kV, 34.5 kV, 138 kV), system sizes in MVA or MW, and facility types are the context signals that separate a junior engineer from a senior one on paper. Include them consistently.

3. Listing Compliance Standards Without Demonstrating Application

Placing “NEC, NFPA 70E, IEEE 1584” in the skills section is necessary but not sufficient. Reviewers in regulated industries want to see the standards applied in the work context: “arc flash analysis per IEEE 1584,” “switchgear specification to comply with NFPA 70E and NEC Article 110.” The skill section seeds the ATS; the experience bullets prove the competency.

4. No Mention of Project Scale or Dollar Value

Electrical engineers almost always work within capital project frameworks. Omitting budget and scope figures makes it impossible for a hiring manager to gauge your level. A candidate who has been the sole engineer on $200K facility renovation projects requires very different oversight than one who has co-led $5M substation builds. Include at least one dollar figure per role; if NDA restrictions prevent specific figures, use ranges (“$1M–$3M capital improvement program”).

5. Using a Generic One-Size-Fits-All Resume Across Specialties

A resume optimized for a power systems role at a utility will fail the ATS for an embedded hardware role at an electronics company — and vice versa. If you are applying across specialties, maintain at least two tailored versions: one emphasizing power systems keywords (ETAP, load flow, switchgear, NEC) and one emphasizing hardware/embedded keywords (Altium Designer, schematic capture, signal integrity, FPGA). The summary, skills section, and lead bullet of each experience entry should be customized accordingly.

Tracking which version of your resume you sent to which posting — and correlating it against interview rates — is one of the highest-ROI habits in a job search. OfferFlow’s resume builder keeps every version organized alongside the job posting it was tailored for, so you always know exactly what a recruiter is reading when they call.