Electrical engineer CVs have a specificity problem that is more severe than in most engineering disciplines: the job title "electrical engineer" covers at least six completely distinct technical specialisations with almost no tool, standard, or knowledge overlap. The electrical engineer who designs LV distribution systems for commercial buildings using Amtech ProDesign and BS 7671 has nothing technically in common with the electrical engineer who lays out 4-layer mixed-signal PCBs in Altium Designer for industrial IoT devices, or the one who programs Siemens S7-1500 PLCs in TIA Portal for process automation. ATS systems and recruiters search for specific tool names, standard references, and discipline identifiers — and a CV headlined "Electrical Engineer" with a skills list of "AutoCAD, MATLAB, circuit design" is invisible to searches for "building services M&E engineer BS 7671" and "PCB design Altium Designer EMC" alike. The first fix for any electrical engineer CV is to name the specialisation in the headline. The second is to cite the applicable standard — BS 7671, IEC 60909, IEC 60601, ENA G99 — because electrical engineering is regulated, and the standard number confirms the regulatory framework the candidate's experience sits within. This guide covers the specialisation naming, standards vocabulary, and verification evidence that makes an electrical engineer CV readable by the right ATS and credible to the right hiring manager.

What Electrical Engineer Job Descriptions Require in 2026

Electrical engineer JDs divide sharply across specialisations with distinct requirements:

Building services and M&E design: Designing LV electrical systems for commercial, residential, and industrial buildings. JDs specify: Amtech ProDesign or Trimble ProDesign for cable sizing, protection coordination, and load scheduling (both comply with BS 7671), Dialux or Dialux Evo for lighting design, Revit MEP for BIM-coordinated M&E design, AutoCAD Electrical for 2D schematics, and BS 7671: 2018 (18th Edition, currently at Amendment 2: 2022) as the primary UK installation standard. Senior roles add EV charging installation design (Section 722, Amendment 2 changes), solar PV and battery storage system design, and BS 5266-1 for emergency lighting. IET membership and CEng or IEng status are valued.

PCB and electronics design: Designing printed circuit boards for embedded electronics. JDs specify: Altium Designer (dominant professional tool), KiCad (increasingly common at startups), Cadence Allegro (enterprise, defence, aerospace), OrCAD, or Eagle for schematic capture and PCB layout; LTspice or Cadence PSpice for circuit simulation; EMC design knowledge (controlled impedance routing, power plane design, differential pair routing, EMI suppression techniques); and IPC-A-610 (acceptability of electronic assemblies), IPC-2221 (PCB design standards), and IEC 60601-1 for medical device electronics. Test and verification experience (oscilloscope, spectrum analyser, network analyser, pre-compliance EMC testing) expected at mid-career level.

Power systems and high-voltage engineering: Designing HV/MV distribution networks, substations, and protection schemes. JDs specify: ETAP or DIgSILENT PowerFactory for power system analysis (load flow, short circuit per IEC 60909, protection coordination), AutoCAD Electrical for substation schematics, CDEGS for earthing design, ENA Engineering Recommendations (G99, G98, P2, P25) for grid connection of generators and power consumers, and IEC 60947 for LV switchgear specification. Senior protection engineering roles add relay coordination (GE, SEL, Schneider IED configuration), factory acceptance testing (FAT), and site commissioning experience.

Control systems and industrial automation: Programming PLCs, SCADA systems, and HMIs. JDs specify: Siemens TIA Portal (S7-1200 and S7-1500 series — dominant in UK manufacturing), Rockwell/Allen-Bradley Studio 5000 (ControlLogix, CompactLogix), Mitsubishi GX Works, Beckhoff TwinCAT, or CODESYS-based platforms; SCADA platforms (Wonderware AVEVA, Ignition, WinCC); ISA-18.2 for alarm management; and process industry experience (P&ID interpretation, functional safety per IEC 61511/IEC 62061 for SIL-rated systems).

Electrical engineer salaries in 2026: £32K–£55K UK; £50K–£80K for senior roles; £70K–£110K for power systems and M&E lead engineers on major infrastructure programmes.

ATS Keywords for an Electrical Engineer Resume

Electrical engineer ATS filtering is almost entirely discipline-specific — tool names, standard references, and credential abbreviations. Cross-discipline keyword lists without specialisation focus carry almost no ATS signal weight.

Essential ATS terms by specialisation:

  • All electrical titles: Electrical Engineer, Senior Electrical Engineer, Design Engineer, Graduate Electrical Engineer
  • M&E/building services titles: Building Services Engineer, M&E Engineer, Electrical Building Services Engineer, M&E Design Engineer
  • PCB/electronics titles: Electronics Engineer, PCB Design Engineer, Hardware Engineer, Circuit Design Engineer, Electronics Design Engineer
  • Power/HV titles: Power Systems Engineer, Protection Engineer, HV Engineer, Substation Engineer, Network Engineer
  • Automation titles: Control Systems Engineer, Automation Engineer, PLC Engineer, SCADA Engineer, Instrumentation Engineer
  • M&E software: Amtech, Amtech ProDesign, Trimble ProDesign, Dialux, Dialux Evo, Revit MEP, AutoCAD, Navisworks
  • PCB software: Altium Designer, KiCad, Cadence Allegro, OrCAD, Eagle, LTspice, PSpice, ADS, HFSS
  • Power software: ETAP, PowerFactory, DIgSILENT, SKM, AutoCAD Electrical, CDEGS, CYMAC
  • Automation software: Siemens TIA Portal, Rockwell Studio 5000, Allen-Bradley, RSLogix, CODESYS, TwinCAT, Wonderware, Ignition, WinCC
  • Standards: BS 7671, 18th Edition, IET Wiring Regulations, IEC 60909, IEC 60947, IEC 60601, IEC 61511, IEC 62061, ENA G99, ENA G98, IPC-A-610, IPC-2221, IEC 61439
  • Credentials: IET, MIET, FIET, CEng, IEng, Eng Tech, IEEE, IMechE
  • Long-tail phrases: electrical engineer resume, electrical engineer cv, how to write an electrical engineer resume, PCB engineer resume, power systems engineer resume, electrical engineer resume 2026, building services electrical engineer resume, automation engineer resume

Placement: Specialisation (M&E / Power Systems / PCB Design / PLC Automation) in the headline — the most important single fix for any electrical engineer CV. Applicable standard (BS 7671, IEC 60909, or IEC 60601) in the Skills section. Primary design software name and version (Altium Designer 24, ETAP 22, TIA Portal V18) in the first line of every role.

Electrical Engineer CV Structure and Bullets That Show Design-to-Verification Depth

Section order:

  1. Headline — "Electrical Engineer | Building Services · BS 7671 18th Ed · Amtech · Dialux · BIM" (or the specific discipline)
  2. Skills — Specialisation / Design Software / Standards & Regulations / Tools & Test Equipment / Credentials
  3. Experience — 4–5 bullets per role; project scale, design software and standard applied, verification/test outcome per bullet
  4. Education — BEng or MEng Electrical Engineering; IET membership grade; professional accreditation at bottom

Two pages for 5+ years. Discipline-specific standard in every design bullet (BS 7671, IEC 60909, IEC 60601). Software name and version in every role. Verification or test outcome (EMC pass, building control acceptance, FAT, commissioning sign-off) in at least one bullet per role.

Three elements make an electrical engineer bullet convincing: the project scale (contract value, system rating, board dimensions, tank/motor count), the design tool and standard applied, and the verification or test outcome that confirmed the design was correct. Three examples:

  • Designed the LV distribution system for a 20,000m² commercial office development — single line diagram, cable sizing, and protection coordination in Amtech ProDesign (BS 7671:2018 + A2:2022), load schedules for 8 LV distribution boards, emergency lighting design to BS 5266-1 with maintained circuit calculations, and EV charging provision to Section 722 requirements; all design calculations accepted by building control on first submission; £3.4M M&E design and installation contract
  • Designed a 4-layer mixed-signal PCB for an industrial IoT sensor node — Altium Designer 24: STM32F4 ARM Cortex-M4 microcontroller at 168MHz, SX1276 LoRaWAN radio with differential RF routing and matched impedance feed, 16-bit ADC with 4–20mA analogue input conditioning and hardware low-pass filter, USB DFU bootloader for field firmware updates; pre-compliance EMC testing to EN 55032 Class B (radiated emissions) passed on first visit to Keytek test laboratory; board entered volume production at 2,000 units per month
  • Programmed and commissioned a Siemens S7-1500 PLC and WinCC SCADA system for a 12-tank water treatment facility — TIA Portal V17, structured text PID control loops for chemical dosing at 4 treatment stages, ladder logic motor interlocking sequences for 18 pump and agitator motors, Modbus TCP integration for 6 third-party analyser instruments, 240-tag HMI with alarm management designed to ISA-18.2 rationalisation standard; system accepted by the client against the Functional Design Specification within a 3-week site commissioning programme

Electrical engineer interviews include technical knowledge questions (explain BS 7671 volt drop calculation, or walk me through a short circuit calculation to IEC 60909), software capability tests (here is a load schedule — check the circuit protection), and practical scenario discussions (a protection relay has operated unexpectedly — what's your diagnostic approach?). Your CV's standard citations and verification evidence determine whether the interview explores your engineering depth or tests your software knowledge.

Three Electrical Engineer CV Mistakes That Lose the Specialisation Signal

Electrical engineering specialisation not named in the headline. "Electrical Engineer" covers building services wiring, HV substation design, PCB layout, PLC programming, power electronics, and protection engineering — roles with completely different tools, standards, and knowledge requirements. An ATS or recruiter searching for "building services M&E engineer BS 7671" will not match a CV headlined "Electrical Engineer" unless those terms appear in the body text. The headline of an electrical engineer CV must name the specialisation: "Electrical Engineer — Building Services M&E | BS 7671 | Amtech | LV Distribution" or "Electronics Engineer — PCB Design | Altium Designer | Mixed Signal | EMC." This single change is the most impactful improvement available to the majority of electrical engineer CVs.

Standards and regulations not cited with edition and amendment. Electrical engineering operates within regulatory frameworks that are updated periodically, and citing the specific edition or amendment signals whether the candidate's knowledge is current. "BS 7671" is weaker than "BS 7671: 2018 (18th Edition) + Amendment 2:2022" — the amendment introduced significant changes for EV charging, solar PV with battery storage, and fire protection of cables in escape routes, and stating it confirms engagement with these changes. "IEC 60601" is weaker than "IEC 60601-1:2005+A1:2012+A2:2020 (3rd Edition)" for a medical device electronics designer. The edition and amendment number are available from the standards body and confirm current knowledge, not just awareness of the standard's existence.

No verification or test evidence. Electrical engineering designs are verified against specifications before and after installation or production. A PCB designer whose CV describes board layouts without mentioning that those boards were EMC tested, production-tested by AOI (automated optical inspection) or flying probe, and entered volume production looks like a designer who hands files over and moves on. A power engineer whose CV describes protection scheme designs without mentioning relay coordination verification, injection testing, or site commissioning looks like someone who doesn't follow their design through to operation. Every electrical engineering CV should include at least one bullet per role that names the verification method and its outcome: pre-compliance EMC test result, protection relay secondary injection test result, factory acceptance test (FAT) completion, EICR certification, or commissioning programme delivered.

If you are applying to electrical engineer or electronics design roles and want your CV rebuilt around the specific tools, standards, and verification requirements in a target job description, Resumegpt generates your electrical engineer CV from your work history in under 60 seconds — specialisation named, standards cited with edition, verification outcomes evidenced, ATS-optimised, and exported as a PDF ready to submit.