Electrical Engineer Ats Optimization Checklist

ATS Optimization Checklist for Electrical Engineer Resumes

Electrical engineers held 192,000 jobs in 2024 with 17,500 openings projected annually through 2034, and the Bureau of Labor Statistics projects 7% employment growth over the decade — faster than the average for all occupations [1]. Demand is surging across semiconductors, renewable energy, power distribution, and EV infrastructure, yet 88% of employers report losing qualified candidates who are screened out by Applicant Tracking Systems because their resumes lack ATS-friendly formatting and terminology [5]. The median annual wage sits at $111,910, climbing past $175,460 for the top 10% in semiconductor manufacturing and federal defense contracts [1][2]. If you are an electrical engineer competing for these roles, your resume needs to survive automated parsing before a human ever reads it — and that means understanding exactly how ATS platforms evaluate your credentials, keywords, and document structure.

This checklist covers every sub-discipline — power systems, controls, circuit design, embedded systems, telecommunications — with the specific keywords, formatting rules, and optimization strategies that get electrical engineering resumes ranked and reviewed.

Key Takeaways

PE/FE/EIT credentials are binary ATS filters. Recruiters search "PE" and "EIT" as exact-match strings before reviewing other qualifications. Place these in your name header, certifications section, and professional summary to guarantee parsing across all fields.
Tool-specific keywords beat generic software references. "Altium Designer" and "PCB design software" are different ATS matches. "Allen-Bradley ControlLogix" and "PLC programming" trigger separate searches. Always list the exact product name used in the job posting.
Quantified project outcomes are the only differentiator that survives parsing. Voltage levels (480V, 13.8kV, 230kV), cost savings ($1.2M reduction in material costs), efficiency gains (18% improvement in power factor), and compliance metrics (zero NEC violations across 14 inspections) all pass through as searchable text.
Electrical engineering sub-disciplines have distinct keyword vocabularies. A power systems engineer's resume and a circuit design engineer's resume share fewer ATS keywords than most candidates expect. Target your sub-discipline precisely.
Format errors cause silent rejection. Tables, text boxes, two-column layouts, and header/footer content cause ATS parsers to scramble field assignments — merging your employer name into your skills section or dropping your PE license entirely.

How ATS Systems Screen Electrical Engineer Resumes

Applicant Tracking Systems used by engineering employers — Workday, Taleo, iCIMS, Greenhouse, Lever — process your resume in three stages, and failure at any stage means a recruiter never sees your application [5][8].

Stage 1: Parsing. The ATS extracts text from your document and assigns it to structured fields: name, contact info, work history, education, skills, certifications. If your formatting uses tables, text boxes, or multi-column layouts, the parser assigns content to wrong fields or drops it entirely. A PE credential placed in a header/footer may vanish from the parsed output.

Stage 2: Keyword Matching. The system compares extracted text against the job requisition. It searches for exact strings — "ETAP," "NEC compliance," "Arc Flash Analysis," "SCADA," "Allen-Bradley." Partial matches vary by platform: some treat "AutoCAD Electrical" as a match for "AutoCAD," others require exact strings. Candidates who use generic terms instead of specific tool names score lower.

Stage 3: Ranking. Resumes are scored and ranked by keyword density, credential matches, and years-of-experience parsing. Recruiters typically review the top 10-25 candidates from a pool that may exceed 200 applications for a single electrical engineering posting. Your resume needs to rank in that top tier to get human attention.

The practical implication: your resume is not a document to be read — it is a data set to be parsed, matched, and ranked. Every formatting decision and keyword choice either helps or hurts that process.

Critical ATS Keywords for Electrical Engineers

The keywords below are drawn from O*NET task descriptions for SOC 17-2071, IEEE competency frameworks, NCEES PE exam content specifications, and analysis of current electrical engineering job postings [3][4][6]. Organize them by category on your resume rather than listing them in a flat block.

Circuit Design & PCB

Altium Designer, OrCAD, KiCad, Eagle, Cadence Allegro, PCB layout, schematic capture, high-speed digital design, signal integrity, EMI/EMC compliance, impedance matching, 4-layer PCB, 6-layer PCB, multilayer board design, DFM (Design for Manufacturability), DFT (Design for Testability), BOM management, Gerber files, component selection

Power Systems & Distribution

Power systems analysis, ETAP, SKM PowerTools, load flow analysis, short circuit analysis, arc flash analysis, protective relay coordination, power factor correction, transformer sizing, switchgear, motor control center (MCC), variable frequency drive (VFD), uninterruptible power supply (UPS), medium voltage (4.16kV, 13.8kV), low voltage (480V, 208V), NEC load calculations, demand analysis, single-line diagrams, power distribution unit (PDU)

Controls & Automation

PLC programming, Allen-Bradley ControlLogix, Allen-Bradley CompactLogix, Siemens S7, Ladder Logic, Structured Text, Function Block Diagram, SCADA systems, HMI design, Wonderware, FactoryTalk, Ignition, DCS (Distributed Control System), process instrumentation, P&ID review, loop tuning, control panel design, motor starter circuits, VFD commissioning

Software & Simulation Tools

MATLAB, Simulink, SPICE (LTspice, PSpice), AutoCAD Electrical, ETAP, Revit MEP, Python, LabVIEW, MathCAD, Multisim, ANSYS Maxwell, COMSOL, PSCAD, DIgSILENT PowerFactory, EasyPower

Standards & Compliance

NEC (National Electrical Code), NFPA 70, NFPA 70E, IEEE standards, IEEE 1584 (Arc Flash), IEEE 519 (Harmonics), UL listing, IEC standards, NESC (National Electrical Safety Code), OSHA electrical safety, ANSI standards, API electrical classifications, Class I Division 1/Division 2 (hazardous locations), ATEX, NETA testing standards

Certifications & Credentials

Professional Engineer (PE), Engineer in Training (EIT), Fundamentals of Engineering (FE), Certified Energy Manager (CEM), LEED AP, PMP, NETA Certified Electrical Testing Technician, OSHA 30-Hour, Six Sigma Green Belt, Certified Automation Professional (CAP)

Resume Format Requirements

ATS parsers read documents sequentially — left to right, top to bottom — and assign content to fields based on section header recognition [5]. Electrical engineering resumes must comply with these formatting rules to parse correctly.

File Format

Submit as .docx unless the posting explicitly requests PDF. Word documents parse more reliably across all major ATS platforms. If PDF is required, export from Word rather than designing in a graphic tool — this preserves the underlying text layer that ATS needs to extract keywords.

Layout Structure

Single column only. Two-column layouts cause ATS to interleave left and right content, producing garbled output. A sidebar listing tools alongside work history will merge unpredictably.
No tables, text boxes, or graphics. Engineers frequently use tables to organize software proficiency grids or project matrices. ATS reads table cells in unpredictable order or skips them entirely.
No headers or footers for critical content. Your name, PE credential, and contact information belong in the document body — many ATS platforms ignore header/footer content during parsing.
Standard section headings. Use exactly: "Professional Summary," "Experience" or "Professional Experience," "Education," "Skills" or "Technical Skills," "Certifications," "Projects" (optional). Non-standard headings like "Engineering Toolkit" or "Technical Arsenal" may not map to ATS fields.

Font and Spacing

Use 10-12pt in a standard font (Calibri, Arial, Times New Roman, Garamond). Minimum 0.5-inch margins. Avoid condensed or decorative fonts — they parse identically but signal poor judgment to human reviewers. Use bold for section headers and job titles only; avoid italic for critical keywords since some OCR layers misread italic characters.

Name and Credentials Header

Format your name with credentials on the first line of the document body:

JAMES PARK, PE, CEM
Electrical Engineer | Power Systems & Distribution
james.park@email.com | (555) 345-6789 | linkedin.com/in/jamesparkpe

This ensures ATS captures your PE designation in the name field and your sub-discipline in the title field. Including "PE" both after your name and in your certifications section creates redundancy that guarantees parsing regardless of which field the ATS reads.

Work Experience Optimization

Electrical engineering achievements become ATS-competitive when they include system specifications, project scale, quantified outcomes, and standards compliance. Generic descriptions like "designed electrical systems" contain no searchable differentiators.

Bullet Formula

[Action verb] + [system/deliverable] + [tool/standard] + [scale metric] + [outcome/impact]

Entry-Level Examples (0-4 years, EIT/FE)

Designed branch circuit layouts and panel schedules for 3 commercial buildings totaling 85,000 sq ft using AutoCAD Electrical, maintaining NEC Article 220 load calculation compliance and achieving 100% first-review approval from the Authority Having Jurisdiction
Programmed Allen-Bradley CompactLogix PLC using Ladder Logic for automated conveyor sorting system, reducing manual sorting errors by 34% and increasing throughput from 1,200 to 1,600 units per shift
Performed arc flash analysis on 480V distribution system using ETAP for 6-building industrial campus, generating IEEE 1584-compliant labels for 42 panels and reducing incident energy levels at 8 locations through protective device coordination adjustments
Conducted power quality monitoring across 3 manufacturing facilities using Fluke 1760 analyzers, identifying harmonic distortion exceeding IEEE 519 limits and recommending passive filter installation that reduced THD from 12% to 4.2%
Created 150+ electrical construction drawings including single-line diagrams, riser diagrams, and lighting plans for $4.2M hospital renovation, incorporating NEC Article 517 healthcare facility requirements and maintaining 96% first-submission approval rate

Mid-Level Examples (5-10 years, PE)

Led electrical design for $35M data center expansion including 4MW of redundant UPS capacity, N+1 generator configuration, and 2N power distribution architecture, delivering construction documents 3 weeks ahead of schedule with zero RFIs during bidding
Managed protective relay coordination study for 138kV/13.8kV substation serving municipal utility, programming 28 SEL relays and reducing fault clearing time from 15 cycles to 5 cycles while maintaining IEEE C37.112 coordination margins
Directed arc flash hazard mitigation program across 12 industrial facilities, performing ETAP short circuit and coordination studies on 3,200 devices, reducing maximum incident energy from 42 cal/cm2 to 8 cal/cm2 through bus differential protection and zone-selective interlocking
Designed SCADA system upgrade for 22-station wastewater collection network using Ignition platform, integrating 340 I/O points with existing Allen-Bradley ControlLogix PLCs and reducing operator response time to alarm conditions by 62%
Performed load flow and voltage drop analysis for 15-mile 34.5kV distribution feeder using ETAP, identifying 3 voltage regulation deficiencies and specifying capacitor bank installations that improved power factor from 0.84 to 0.97, saving the utility $180K annually in reactive power penalties

Senior-Level Examples (10+ years, PE, Project Manager)

Directed $120M electrical infrastructure program for semiconductor fabrication facility, managing 18-person multidisciplinary team across power distribution (60MVA service), grounding, lightning protection, and cleanroom ESD control systems — delivering the project within 2% of budget
Established company-wide electrical design standards and QA/QC protocols for 65-engineer firm, reducing construction change orders attributable to electrical design errors by 38% across $400M annual project portfolio
Negotiated $8.5M professional services contract with investor-owned utility for system-wide protective relay modernization covering 14 substations, transitioning from electromechanical to microprocessor-based relays and achieving zero misoperations during 24-month construction phase
Led feasibility study and detailed design for 50MW solar photovoltaic facility including medium-voltage collector system, 230kV interconnection, and SCADA integration, securing state Public Utilities Commission approval and utility interconnection agreement
Managed commissioning and startup of 230kV gas-insulated switchgear (GIS) substation for regional transmission operator, coordinating 40-person field team through 6-month testing protocol and achieving energization on scheduled date with zero safety incidents

Skills Section Strategy

The skills section serves a dual purpose: keyword density for ATS matching and quick-scan reference for human reviewers. Structure it for both audiences.

Recommended Format

Group skills under 3-4 sub-headers rather than listing them in a single block. This improves both ATS parsing (clear categorization) and human readability.

Design & Analysis Software: AutoCAD Electrical, ETAP, Altium Designer, Revit MEP, MATLAB/Simulink, LTspice, SKM PowerTools, MathCAD

Controls & Automation: Allen-Bradley ControlLogix/CompactLogix, Siemens S7, Ladder Logic, Structured Text, SCADA (Ignition, Wonderware), HMI Design, FactoryTalk

Power Systems: Load flow analysis, short circuit analysis, arc flash studies (IEEE 1584), protective relay coordination, power factor correction, harmonic analysis (IEEE 519), demand analysis, single-line diagrams

Standards & Codes: NEC (NFPA 70), NFPA 70E, IEEE C37, IEEE 1584, IEEE 519, NESC, UL listing, IEC 61131-3, OSHA electrical safety, Class I Div 1/Div 2

Mirror the Job Posting

Read the specific job posting before submitting. If the posting says "Allen-Bradley ControlLogix," do not write "PLC programming" alone — even though ControlLogix is a PLC, ATS performs string matching, not conceptual matching. If the posting says "arc flash analysis," use that exact phrase, not "electrical safety study." Match their vocabulary precisely.

Certifications as Keywords

List certifications with both the abbreviation and full name on first occurrence:

Professional Engineer (PE) — [State], License #12345
Fundamentals of Engineering (FE) — Passed 2022
Certified Energy Manager (CEM) — Association of Energy Engineers
NETA Certified Electrical Testing Technician — Level III
OSHA 30-Hour Construction Safety

This ensures ATS matches whether the recruiter searches "PE," "Professional Engineer," "CEM," or "Certified Energy Manager."

Common ATS Mistakes Electrical Engineers Make

1. Listing "PE" Only After Your Name

Writing "PE" in your name line without also listing it in the certifications section means ATS may not map it to the credential field. Some platforms parse name-line suffixes; many ignore them entirely. List PE in your name, your professional summary, and your certifications section — triple redundancy guarantees at least one field captures it. The PE Electrical and Computer exam has approximately a 49% pass rate, making this credential a genuine differentiator worth emphasizing [7].

2. Using Generic Voltage References

Writing "designed electrical systems" contains zero searchable specifications. "Designed 480V, 3-phase power distribution system with 2,000A main switchboard" contains voltage class, configuration, and equipment type — all searchable ATS terms. Specify voltage levels (120V, 208V, 277V, 480V, 4.16kV, 13.8kV, 34.5kV, 69kV, 138kV, 230kV) in every relevant bullet point.

3. Abbreviating Standards Without Full Names

Writing "per IEEE standards" is nearly worthless for ATS. "Per IEEE 1584 arc flash hazard calculations and IEEE 519 harmonic distortion limits" provides two specific, searchable standard numbers. Recruiters search for specific IEEE standard numbers, not the generic term.

4. Omitting PLC Platform Names

"PLC programming experience" is a category, not a keyword. Recruiters search "Allen-Bradley," "ControlLogix," "Siemens S7," or "CompactLogix" — the actual hardware platforms. If you have programmed specific PLCs, name them. The difference between "PLC programming" and "Allen-Bradley ControlLogix programming using Ladder Logic and Structured Text" is the difference between being filtered out and being ranked first.

5. Using Graphics for Software Proficiency

Bar charts, star ratings, and progress circles showing "ETAP: 85%" are invisible to ATS. The system extracts zero text from embedded graphics. Replace visual proficiency indicators with text: "ETAP — Advanced (7+ years, daily production use including arc flash, coordination, load flow, and motor starting studies)."

6. Conflating Electrical and Electronics Engineering

ATS treats "Electrical Engineer" and "Electronics Engineer" as different occupation searches (SOC 17-2071 vs. 17-2072). If you are applying for an electrical engineering role, ensure your resume title, summary, and experience consistently use "Electrical Engineer," not "Electronics Engineer" or "Electrical/Electronics Engineer" — unless the posting uses the combined term [3].

7. Burying Hazardous Location Experience

If you have experience with Class I Division 1/Division 2 electrical classifications, NEC Article 500/505, or ATEX-rated equipment, make this prominent. These are high-value ATS keywords for oil & gas, chemical, pharmaceutical, and mining employers who filter specifically for hazardous location expertise. Listing this experience only in a buried bullet point reduces your match score for these specialized roles.

ATS-Friendly Professional Summary Examples

Your professional summary should contain 3-5 sentences packing your highest-value keywords, credential status, years of experience, and sub-discipline focus. ATS weights content appearing earlier in the document more heavily on some platforms [5].

Example 1: Power Systems Engineer (Mid-Career, PE)

Professional Engineer (PE) with 8 years of experience in power systems design and analysis, specializing in medium-voltage distribution (4.16kV-34.5kV), protective relay coordination, and arc flash hazard mitigation. Proficient in ETAP, SKM PowerTools, and AutoCAD Electrical with demonstrated ability to deliver $5M-$40M electrical infrastructure projects from conceptual design through construction administration and commissioning. Performed IEEE 1584 arc flash studies and NEC compliance reviews across 200+ industrial and commercial facilities. Led engineering teams of up to 8 on utility substation, data center, and manufacturing facility projects while maintaining schedules within 5% variance.

Example 2: Controls Engineer (Early Career, EIT)

Electrical Engineer in Training (EIT) with 3 years of experience in controls and automation engineering, specializing in PLC programming, SCADA system design, and industrial process instrumentation. Skilled in Allen-Bradley ControlLogix and CompactLogix platforms using Ladder Logic and Structured Text, with hands-on commissioning experience across food & beverage, pharmaceutical, and water/wastewater facilities. Designed HMI interfaces using FactoryTalk View and Ignition, integrating 500+ I/O points across 4 facility-wide automation projects. FE exam passed; pursuing PE licensure with projected eligibility in 2028.

Example 3: Senior Electrical Engineer (PE, Project Manager)

Licensed Professional Engineer (PE) with 16 years of progressive experience in electrical engineering, managing $10M-$120M projects including semiconductor fabrication facilities, utility-scale solar installations, and critical power infrastructure for data centers and healthcare facilities. Expert in ETAP, AutoCAD Electrical, and Revit MEP with deep knowledge of NEC, NFPA 70E, IEEE 1584, and NESC requirements across low-voltage, medium-voltage, and high-voltage systems. Proven track record directing multidisciplinary teams of 15+ engineers, negotiating professional services contracts, and delivering projects for utility, industrial, and institutional clients with a 97% on-time completion rate. Certified Energy Manager (CEM) with 12 completed energy audits identifying cumulative savings exceeding $4.2M annually.

Action Verbs for Electrical Engineering Resumes

Use precise, technical action verbs that signal engineering competence rather than generic management language. Rotate verbs across bullets to avoid repetition.

Design & Analysis

Designed, Engineered, Modeled, Simulated, Calculated, Analyzed, Specified, Sized, Dimensioned, Evaluated

Implementation & Construction

Installed, Commissioned, Calibrated, Programmed, Configured, Integrated, Tested, Validated, Troubleshot, Debugged

Project Leadership

Directed, Managed, Coordinated, Supervised, Led, Oversaw, Mentored, Delegated, Negotiated, Contracted

Technical Communication

Documented, Prepared, Authored, Presented, Reviewed, Approved, Submitted, Reported, Specified, Drafted

Process Improvement

Optimized, Reduced, Improved, Upgraded, Modernized, Streamlined, Automated, Enhanced, Standardized, Consolidated

ATS Score Checklist

Use this checklist before submitting each application. Every unchecked item reduces your ATS match score.

Document Structure

[ ] File saved as .docx (unless PDF explicitly requested)
[ ] Single-column layout with no tables, text boxes, or graphics
[ ] Name and credentials in document body, not header/footer
[ ] Standard section headings (Professional Summary, Experience, Education, Skills, Certifications)
[ ] 10-12pt standard font (Calibri, Arial, Times New Roman)
[ ] Minimum 0.5-inch margins on all sides

Credentials & Certifications

[ ] PE/EIT/FE listed in name line, professional summary, AND certifications section
[ ] Full credential names paired with abbreviations (Professional Engineer (PE))
[ ] License number and state included for PE
[ ] All relevant certifications listed with issuing organization

Keyword Coverage

[ ] Job title from posting appears in your resume title and summary
[ ] Specific software tools match posting terminology exactly (not generic equivalents)
[ ] Voltage levels and system specifications included in experience bullets
[ ] Industry-specific standards referenced by number (IEEE 1584, not "IEEE standards")
[ ] PLC/controls platform names specified (Allen-Bradley ControlLogix, not just "PLC")

Experience Section

[ ] Each bullet follows the formula: Action verb + system + tool/standard + metric + outcome
[ ] Minimum 3 bullets per position with quantified achievements
[ ] Dollar values, percentages, counts, and voltage levels present in majority of bullets
[ ] Regulatory compliance and code references included where applicable
[ ] No bullet starts with "Responsible for" or "Duties included"

Skills Section

[ ] Skills organized under 3-4 category sub-headers
[ ] Software tools listed with specific versions/products (AutoCAD Electrical, not AutoCAD)
[ ] Skills mirror exact terminology from target job posting
[ ] No proficiency bars, charts, or graphical indicators

Frequently Asked Questions

Should I get my PE license to improve my resume's ATS performance?

The PE license is the single highest-value credential for electrical engineering ATS screening. Recruiters at utilities, engineering consulting firms, and government agencies frequently use "PE" as a mandatory filter — resumes without it are automatically excluded from consideration. BLS reports that licensure is not required for entry-level positions, but experienced engineers who stamp drawings, lead projects, or provide services to the public need it [1]. The PE Electrical and Computer exam is among the most challenging professional engineering exams with roughly a 49% overall pass rate [7]. If you have passed the FE exam and hold EIT status, make that prominent — it signals you are on the licensure track. If you are eligible for the PE exam, taking and passing it is the single most impactful thing you can do for your resume's competitiveness.

How do I handle experience across multiple electrical engineering sub-disciplines?

Tailor your resume to the specific posting rather than creating one all-purpose document. A single resume listing power systems, controls, circuit design, and telecommunications keywords dilutes your relevance score for any individual position. If you have genuine cross-discipline experience, emphasize the discipline matching the posting in your summary and leading experience bullets, then include secondary disciplines as supporting context. ATS ranks resumes by keyword density relative to the posting — scattered keywords across four sub-disciplines score lower than concentrated keywords in one [3][5]. Keep a master resume with all experience, then create discipline-specific versions for each application.

What electrical engineering software tools are most searched by recruiters?

Based on job posting analysis, the most frequently searched tools vary by sub-discipline. For power systems: ETAP, SKM PowerTools, AutoCAD Electrical, and Revit MEP. For controls: Allen-Bradley Studio 5000/RSLogix, Siemens TIA Portal, Wonderware/Ignition, and FactoryTalk. For circuit design: Altium Designer, OrCAD, Cadence Allegro, and LTspice. For analysis: MATLAB/Simulink, PSCAD, and DIgSILENT PowerFactory [3][6]. The critical ATS lesson is specificity — "Altium Designer" and "PCB design software" are different keyword matches. List the exact tool names, and if you have experience with multiple versions or modules, list those as well.

Does ATS penalize resumes longer than one page?

ATS does not penalize length. The system parses all pages equally for keyword matching and ranking. However, human reviewers who receive ATS-screened resumes do have length expectations. One page for candidates with fewer than 5 years of experience. Two pages for licensed PEs with 5-10 years and substantial project portfolios. Two to three pages for senior engineers with 15+ years, PE licensure, and program management experience. The electrical engineering median annual wage of $111,910 — with top earners exceeding $175,460 — reflects roles that demand demonstrated depth of experience [1][2]. Your resume length should match the seniority level your qualifications represent.

How should I list electrical engineering projects that involved classified or proprietary work?

You can describe the technical scope and your role without disclosing classified details or proprietary information. Focus on system specifications, tools used, standards applied, and quantified outcomes while omitting client names and project-specific identifying details. For example: "Designed 13.8kV medium-voltage distribution system for government defense facility using ETAP, performing load flow analysis for 12MVA total connected load and specifying protective relay coordination per IEEE C37.112." This bullet contains voltage levels, tools, analysis types, load specifications, and standards — all highly searchable ATS keywords — without revealing anything classified. Replace the client name with a generic descriptor: "government defense facility," "classified aerospace program," or "Fortune 100 semiconductor manufacturer."

Citations:

[1] Bureau of Labor Statistics, "Electrical and Electronics Engineers," Occupational Outlook Handbook, https://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-engineers.htm

[2] Bureau of Labor Statistics, "Occupational Employment and Wages, May 2024 — 17-2071 Electrical Engineers," https://www.bls.gov/oes/current/oes172071.htm

[3] O*NET OnLine, "17-2071.00 — Electrical Engineers," https://www.onetonline.org/link/summary/17-2071.00

[4] IEEE — Institute of Electrical and Electronics Engineers, https://www.ieee.org/

[5] Select Software Reviews, "Applicant Tracking System Statistics (Updated for 2026)," https://www.selectsoftwarereviews.com/blog/applicant-tracking-system-statistics

[6] ResumeAdapter, "Electrical Engineer Resume Keywords (2026)," https://www.resumeadapter.com/blog/electrical-engineer-resume-keywords

[7] NCEES, "PE Exam — Electrical and Computer," https://ncees.org/exams/pe-exam/electrical-and-computer/

[8] NSPE, "What is a PE?," https://www.nspe.org/resources/licensure/what-pe

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