Engineering

Electrical Engineer Resume Example That Clears ATS and Impresses Technical Panels

Electrical engineering spans a wide spectrum — from power distribution and motor drives to embedded firmware and PCB layout — and your resume must signal quickly which corner of that spectrum you own. Hiring managers and ATS filters are both looking for domain-specific terminology: SPICE, Altium, IEC standards, RTOS, or ISO 26262 depending on the role. This example shows you how to build a focused, metrics-backed resume that positions you confidently for the roles you actually want.

Sample Electrical Engineer resume

Jordan K. Osei, P.Eng.
Senior Electrical Engineer — Power & Embedded Systems
Professional Summary

Professional Engineer with 8 years of experience in power electronics design, embedded systems development, and hardware bring-up for industrial and energy sector applications. Proven ability to take designs from schematic to certification, with a track record of reducing BOM cost by 10–20%, improving power efficiency, and leading hardware teams through UL and CE compliance programmes. Proficient in Altium Designer, MATLAB/Simulink, STM32 microcontrollers, and LTSpice.

Experience
Senior Electrical Engineer2020 – Present
Veridian Power Systems
  • Designed a 3-phase grid-tied inverter PCB in Altium Designer for a 50 kW solar edge device, achieving 97.3% peak efficiency and reducing BOM cost by 19% versus the previous generation through component consolidation and alternate sourcing.
  • Developed embedded firmware in C for an STM32-based motor controller, implementing SVPWM and closed-loop PI current control that reduced motor temperature rise by 11°C under full-load conditions.
  • Led a 6-engineer hardware team through full UL 1741 and IEC 62109 certification for a new grid-interactive product, achieving first-pass certification with zero major non-conformances within a 14-month programme.
  • Designed and validated an isolated DC-DC flyback converter stage that reduced standby power consumption by 34%, enabling the product family to meet EU Ecodesign Regulation Tier 2 limits ahead of the mandatory 2026 deadline.
Electrical Engineer2017 – 2020
Harbour Controls Inc.
  • Designed mixed-signal PCBs for industrial sensor and data acquisition systems using Altium Designer, supporting a product line generating $8M in annual revenue.
  • Reduced average schematic-to-prototype cycle time by 25% by introducing a structured design review checklist and shared component library used across a 5-person EE team.
  • Performed SPICE simulations using LTSpice to validate analog front-end signal chain performance across temperature, identifying a gain-error failure mode that would have caused 6% measurement error at –40°C.
  • Coordinated EMC pre-compliance testing with an external lab for 5 product SKUs, resolving radiated emissions failures 3 months before final CE Mark submission and avoiding an estimated $120,000 in re-spin costs.
Skills
Altium DesignerLTSpiceMATLAB / SimulinkSTM32 / ARM Cortex-MFreeRTOSC / C++ (Embedded)SPICECAN Bus / ModbusPower ElectronicsPCB LayoutEMC / EMI DesignIEC 62109 / UL 1741
Education
M.Eng., Electrical Engineering (Power Electronics)University of British Columbia2017
B.Eng., Electrical EngineeringRyerson University2015
Certifications
Professional Engineer (P.Eng.) — Engineers BC, 2020
Certified LabVIEW Developer (CLD) — NI, 2021
Functional Safety Engineer (FSE) — TÜV Rheinland, 2023
Engineer-in-Training (EIT) — 2015–2020

ATS keywords for electrical engineer resumes

These are the keywords that Applicant Tracking Systems and recruiters look for when screening electrical engineer applications. Include the ones relevant to your experience.

electrical engineerPCB designAltium Designerpower electronicsembedded systemsSTM32firmwareSPICELTSpiceMATLABSimulinkFreeRTOSEMCUL certificationIEC 62109CAN busP.Eng.motor control
Not sure which keywords you’re missing? Run a free ATS check against the job description.

Before & after: weak vs. strong bullets

The difference between a resume that gets interviews and one that doesn’t often comes down to how you write your bullets.

Weak

Designed PCBs for various products using Altium.

Strong

Designed 3-phase grid-tied inverter PCBs in Altium Designer for a 50 kW industrial solar device, achieving 97.3% peak efficiency and reducing BOM cost by 19% through component consolidation.

The weak version is vague and generic — every EE who has used Altium could write it. The rewrite specifies the product type, the power rating, the specific tool, and delivers two hard metrics (efficiency and cost) that convey both technical depth and business awareness.
Weak

Helped the team with EMC compliance testing.

Strong

Coordinated EMC pre-compliance testing for 5 product SKUs with an external test lab, identifying and resolving radiated emissions failures 3 months before final CE Mark submission and avoiding an estimated $120,000 in PCB re-spin costs.

'Helped' is the weakest verb in resume writing. The rewrite names your specific role (coordinated), defines the scope (5 SKUs, external lab), specifies the failure mode resolved (radiated emissions), and quantifies the cost avoidance — turning a supporting role into a demonstrable achievement.
Weak

Wrote firmware for microcontrollers to control motors.

Strong

Developed embedded C firmware on STM32 Cortex-M4 implementing SVPWM and closed-loop PI current control, reducing motor temperature rise by 11°C under full-load conditions and extending bearing service life.

The original is a generic task. The rewrite names the MCU family, the programming language, the specific algorithm (SVPWM, PI control), and a thermal performance outcome with a measurable delta — all of which signal advanced firmware competence to a technical reviewer.
Want your bullets rewritten like this? Try the free resume rewrite.

Electrical Engineer resume tips

1. Define your sub-discipline in the first two lines

Electrical engineering is broad. A hardware PCB designer, a power systems engineer, and an embedded firmware developer are all 'electrical engineers' — but they match completely different job requisitions. State your primary discipline explicitly in your title and summary so both ATS systems and hiring managers can slot you correctly within seconds.

2. List standards and certifications as hard skills

Standards like IEC 62109, UL 1741, ISO 26262, DO-178C, or IEC 61508 are ATS keywords in safety-critical and regulated industries. If you have led or contributed to a certification programme, name the standard and state the outcome (first-pass, zero major NCs, completed on schedule). This immediately differentiates you from candidates with no certification experience.

3. Quantify power and efficiency metrics

Electrical engineering has a rich vocabulary of measurable outcomes: efficiency percentages, power reduction in watts, BOM cost savings, temperature rise reduction, measurement error reduction. Every design bullet should be anchored to at least one of these — they are the engineering equivalent of revenue numbers in a sales resume.

4. Show the full design flow when you own it end-to-end

If you have taken a design from schematic to layout to bring-up to certification, say so explicitly. 'Designed schematic, reviewed PCB layout, led bring-up, and coordinated UL certification' tells the reader you understand the complete hardware development process — not just one phase of it.

5. Separate hardware and firmware contributions clearly

If you do both hardware and embedded firmware, use sub-headings or clearly labelled bullets so reviewers can assess each area independently. A firmware manager reviewing a hardware-heavy resume will miss your software contributions unless they are clearly signposted — and vice versa.

What hiring managers actually look for

In technical phone screens for electrical engineering roles, the first question after 'walk me through your background' is almost always about the tools and standards on your resume. If your resume lists Altium or MATLAB, expect to be quizzed on it within the first 10 minutes. Candidates who list tools they've only touched briefly get exposed quickly, while candidates whose resume accurately reflects deep, production-tested experience tend to accelerate through the process. Accuracy and specificity on your resume is not just an ATS strategy — it builds the trust that carries you through technical panels.

Common electrical engineer resume mistakes

  • Writing 'electrical engineering experience' without specifying the sub-domain — power, analog, digital, RF, embedded, and high-voltage are all different disciplines and require different keyword sets.
  • Listing 'MATLAB' without specifying whether you used Simulink, Control System Toolbox, Power Systems Toolbox, or another module — interviewers will probe this and vagueness damages credibility.
  • Omitting standards and certifications you contributed to (UL, IEC, CE, FCC, ISO 26262) — these are hard differentiators in regulated industries and are frequently used as ATS filter keywords.
  • Using passive voice for all bullets ('was responsible for,' 'was involved in') rather than active, first-person ownership language that shows you drove outcomes, not just participated in them.
  • Failing to distinguish between hardware design contributions and firmware/software contributions on mixed-signal or embedded systems roles, leaving technical reviewers unable to assess your depth in either area.

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Frequently asked questions

Should I have separate resumes for hardware and firmware roles?

If you are a strong dual-discipline engineer, you can maintain one resume but adjust the emphasis in your summary and the ordering of bullets depending on the role type. For a hardware-dominant role, lead with PCB design and power achievements; for a firmware-dominant role, lead with embedded development and RTOS experience. Never bury the most relevant discipline 60% of the way through the document.

How do I present my embedded firmware skills if most of my experience is hardware?

List firmware skills in your skills section with honesty about depth — 'C (embedded, intermediate)' is more credible than just 'C.' In your experience bullets, describe firmware contributions you made in context: 'wrote peripheral driver layer for I2C and SPI sensors' is specific and credible without overstating your background.

Is a GitHub profile worth including on an electrical engineer resume?

Yes, if it contains relevant projects: embedded firmware, HDL (VHDL/Verilog), MATLAB scripts, or simulation code. A GitHub with active EE-relevant repositories adds credibility and gives technical interviewers something concrete to review before the phone screen. Keep it clean — remove repositories that are unrelated course work with no documentation.

How should I handle experience with both IEC and UL standards?

List both in your skills or certifications section and, more importantly, describe the context in your experience bullets. 'Led product through UL 1741 and IEC 62109 dual-certification' is a strong signal because dual-standard compliance programmes are genuinely demanding. Name the specific standard, not just 'regulatory compliance.'

What is the best way to show power electronics experience at the component level?

Name the component families and topologies: 'designed flyback converter using GaN FETs,' 'selected and characterised SiC MOSFETs for a 10 kW DC-DC stage,' 'evaluated gate driver ICs for a three-phase inverter.' Component-level specificity demonstrates depth that generic 'power electronics experience' language does not.

Should I include academic project experience on an electrical engineering resume?

Yes, for entry-level and early-career candidates. Frame academic projects in a dedicated section with the same structure as professional experience: what you built, what tools you used, and what the measurable outcome was. A well-documented capstone involving a custom PCB, an FPGA implementation, or an embedded system can substitute meaningfully for early professional experience.

How do I address a gap between my experience and a job requiring ISO 26262 or DO-178C?

Be transparent. If you have transferable skills in safety-critical design (rigorous design review processes, FMEA, fault-tree analysis) without the specific standard, say so. Completing a TÜV Rheinland Functional Safety Engineer course or an exida FMEA training course before applying can meaningfully close the gap and signals initiative that hiring managers respond well to.

How important are soft skills on an electrical engineering resume?

Soft skills are important, but they should appear as evidence in your bullets rather than as explicit claims in a list. 'Strong communicator' is a claim anyone can make. 'Led weekly design reviews with a cross-functional team of 12, producing documented action items and reducing ECO cycle time by 20%' is communication ability demonstrated by outcome. Show it; don't just state it.

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