Engineering

Electrical Engineer Job Description Template (Free, 2026)

Copy-ready electrical engineer job description covering circuit design, power systems, embedded systems, compliance testing, and cross-functional hardware development. Customize for your subdiscipline.

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Job Title: Electrical Engineer – [Subdiscipline: Power Systems / Analog Design / Embedded Systems / RF / FPGA / Controls] Department: Electrical Engineering / Hardware Engineering / R&D Location: [City, State] / Hybrid Reports To: Senior EE / Hardware Engineering Manager / Director of Engineering Employment Type: Full-Time About [Company Name] [Company Name] develops [product type] for [industry/market]. Our hardware engineering team designs electronics from concept schematic through PCB layout, bring-up, verification, and production release. We develop [product category] operating at [voltage range / power level / frequency range – specify], targeting [certifications: UL, CE, FCC, ISO 26262, IEC 60601 – specify]. Our EDA environment includes [Altium / Cadence / KiCad / specify] and simulation toolchain includes [MATLAB/Simulink / LTspice / Cadence Spectre / specify]. About the Role We are seeking a skilled Electrical Engineer to design, develop, verify, and sustain electronic hardware for [product type]. You will take ownership of electrical designs from requirements through schematic capture, PCB layout direction, hardware bring-up, verification testing, and design for manufacturing (DFM) transfer. The role requires strong analytical skills, hands-on lab experience, and the ability to collaborate effectively with firmware, mechanical, and systems engineering teams. Key Responsibilities • Design and develop electronic circuits and systems including [analog / digital / mixed-signal / power / RF / motor drives / specify] to meet system performance and reliability requirements • Perform schematic capture and PCB layout review using [Altium Designer / Cadence OrCAD / KiCad / specify]; define layout constraints for signal integrity, EMC, and thermal performance • Conduct circuit simulations (SPICE, MATLAB/Simulink, or equivalent) to validate designs prior to prototype build • Execute hardware bring-up and debug on prototype boards using oscilloscopes, spectrum analyzers, power analyzers, and protocol analyzers • Develop and execute hardware verification and validation test plans; document test results and design decisions • Collaborate with firmware/embedded software engineers on hardware-software interface design, driver development, and system integration • Perform failure analysis on returned units or field failures; implement design changes and corrective actions • Support regulatory and compliance testing for applicable certifications [FCC/IC, CE, UL, ISO 26262, IEC 60601 – specify] • Create and maintain engineering documentation including schematics, BOMs, design guides, test procedures, and DFM reports • Participate in design reviews, DFMEAs, and manufacturing transfer activities Required Qualifications • Bachelor's degree in Electrical Engineering or closely related engineering discipline • [3]+ years of hardware design experience in [subdiscipline – specify] • Proficiency with [Altium / Cadence / KiCad] for schematic capture and PCB design review • Hands-on lab skills: oscilloscope, DMM, power supply, signal generator, protocol analyzers • Experience with [analog design / DC-DC power conversion / motor control / RF systems / FPGA design / specify] • Strong understanding of signal integrity, EMC design practices, and design for reliability Nice to Have • Professional Engineer (PE) license [for power distribution/infrastructure roles] • FPGA design experience (Xilinx / Intel / Lattice) [for relevant roles] • Familiarity with [ISO 26262 functional safety / IEC 60601 medical device / MIL-STD-461 defense – specify] • Experience with DFT (Design for Test) and automated test equipment (ATE) development What We Offer • Salary: $80,000 – $135,000/year based on experience (2026 benchmark) • Health, dental, and vision insurance • 401(k) with employer match • Flexible work arrangements • Modern lab facilities with full EDA toolchain and professional test equipment • Professional development and IEEE membership support • Clear advancement pathway to Senior EE, Principal EE, or Hardware Architecture roles Salary Range: $80,000 – $135,000/year (US, 2026 benchmark) [Company Name] is an equal opportunity employer committed to hardware excellence and continuous technical innovation.

How to customize this electrical engineer job description

1. Name the electrical subdiscipline precisely

Power electronics engineers, analog mixed-signal designers, RF engineers, FPGA engineers, and embedded hardware engineers have substantially different skill sets and compensation expectations. A single job title of "Electrical Engineer" generates an extremely broad and mismatched applicant pool. Specifying the subdiscipline in the job title and description reduces screening volume and improves match quality from the first day of posting.

2. Describe the lab equipment and EDA environment

Experienced hardware engineers evaluate the quality of your EDA toolchain and lab equipment as a proxy for engineering culture. Mentioning professional EDA licenses (Altium, Cadence, Mentor), high-quality oscilloscopes (Tektronix, Keysight), spectrum analyzers, and specialized test equipment (network analyzers, power analyzers, EMC pre-compliance chambers) signals investment in engineering quality. Engineers who work with professional tools perform better and are more productive from day one.

3. Be specific about compliance and certification targets

FCC/IC, CE marking, UL recognition, ISO 26262 functional safety, IEC 60601 (medical devices), and MIL-STD-461 (defense) each require specific design knowledge and documentation skills. Engineers with prior compliance experience in your target certifications are immediately more effective and reduce costly certification failures. Specifying the compliance targets also signals to candidates the regulatory rigor and quality standards of your engineering environment.

4. Describe the hardware-firmware collaboration model

Modern embedded electrical engineering requires significant hardware-firmware interface collaboration. Engineers who prefer pure hardware design roles are dissatisfied in roles with heavy firmware co-design responsibilities, and vice versa. Be explicit about whether the EE will write firmware, define register maps and hardware abstraction layers, or primarily provide hardware support to a separate firmware team. This affects candidate self-selection and role satisfaction significantly.

Electrical engineer salary range in 2026 (US)

Base salary benchmarks for electrical engineers. RF, analog mixed-signal, and FPGA engineers in semiconductor and defense industries typically earn at the upper end or above these ranges due to skill scarcity.

LevelExperienceBase Salary RangeNotes
Entry-Level EE0–2 years$72,000 – $87,000BS EE, lab experience, schematic basics
Mid-Level EE3–7 years$87,000 – $110,000Subdiscipline proficiency, PCB, bring-up, compliance
Senior EE8+ years$110,000 – $135,000Technical leadership, architecture, mentoring
RF / Analog / FPGAAny$120,000 – $175,000+Scarce specialties; semiconductor and defense premium

Frequently asked questions

What should an electrical engineer job description include? +

An EE JD should include the subdiscipline, EDA tools, simulation platforms, compliance standards, hardware-software interface responsibilities, test and verification requirements, PE licensure requirements where applicable, and security clearance requirements for defense. Product complexity, voltage/power levels, and frequency ranges handled should also be described to enable accurate candidate self-assessment.

What is the average electrical engineer salary in 2026? +

Electrical engineer salaries range from $72,000 for entry-level to $135,000+ for senior engineers. Entry-level (0–2 years) earn $72,000–$87,000. Mid-level (3–7 years) earn $87,000–$110,000. Senior engineers (8+ years) earn $110,000–$135,000. RF, analog mixed-signal, and FPGA specialists in semiconductor and defense command $120,000–$175,000+ due to skill scarcity.

How do I write an electrical engineer JD that attracts top candidates? +

Specify the subdiscipline precisely. Describe your EDA toolchain, lab equipment, and compliance targets. Top EEs evaluate technical complexity, tool quality, and the engineering culture. Describe the circuit design challenges and product complexity to generate intellectual interest. For RF and analog design, mentioning specific spectrum analyzers, VNAs, or simulation licenses is highly effective. Describe career advancement to principal EE or hardware architecture roles for senior candidates.

Can I use this template in my ATS? +

Yes. Paste this template into Treegarden or your existing ATS, customize the subdiscipline and tool requirements, and publish to engineering job boards, LinkedIn, and Indeed. Treegarden supports tool-proficiency and clearance screening filters. Plans start at $299/month for unlimited users.

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