Skills for Electrical Engineers

Know which engineers hold which skills and certifications. Then fill roles from inside and aim training at real gaps.

Below: 6 skill categories, soft skills, junior-to-senior levels and how to keep them current, so resourcing stops being guesswork.

Map each engineer across 6 skill areas, not 1 label

Soft skills that matter for electrical engineers

Structured problem-solvingIt turns a week spent chasing a reset bug into a day, and MuchSkills' 2026 report on 100,000 professionals put it at the top.
Systems thinkingOne change to a power rail can break firmware, thermals and EMC, so look for it when you pick a project lead.
Clear technical writingAuditors read the test report, not the engineer's mind.
Cross-disciplinary collaborationoff to mechanical, software and manufacturing, so grade it instead of assuming it.
Safety judgementKnowing when to stop and escalate keeps people safe, so it belongs at every level.
Explaining to non-engineersClients want the cost and the risk, not the derivation, and this is often what earns the step to senior.

What separates junior and senior electrical engineers

In short, juniors deliver to a spec and seniors write the spec and sign it off. Use these 4 pairs as the levels in your skills matrix. They also give engineers a growth path they can see.

Junior

Designs circuit blocks to a set spec. A senior reviews the schematics.
Lays out simpler boards in 1 EDA tool and learns high-speed rules on the job.
Runs bench tests and finds faults with guidance.
Knows which standards apply but needs help to interpret them.

Senior

Sets the architecture and trades off cost, power, EMC and time to market.
Signs off other engineers' schematics and layouts.
Interprets IEC 61508 or BS 7671 for the team and leads audits.
Mentors juniors, spots skill gaps and explains risk to clients.

Mapping electrical engineer skills across your organisation

A framework on paper won't tell you who can start on Monday. You find that out by mapping it to real engineers. In MuchSkills, each engineer adds their skills, tools and certifications and grades their own level, then managers review. You don't build a taxonomy from scratch, because the library already covers 9,700+ certifications and 12,000+ tech skills.

Here is an illustrative example. A new automotive project needs high-speed PCB layout, ISO 26262 and STM32 firmware. Instead of asking in a Slack thread, filter the skills matrix on those 3 skills. You see who has them, at what level and who wants the work. If nobody fits, your gap analysis is done. You can upskill someone with adjacent skills, or hire.

Most skills matrices die in a spreadsheet. MuchSkills began as one, a Google Sheets matrix that team members filled in themselves. What keeps the data alive is ownership. Engineers see their growth path in their profile, so they keep it current. The platform is live in days, and profile completion typically lands between 70% and the high 80s.

"Cut workforce planning time by 60%." TBS

"90% clearer visibility into team skills and project readiness." Harald Pihl

"Eliminated spreadsheet chaos across 200+ employees." Intellect EU

Everest Group PEAK Matrix® Major Contender in 2025 and 2026. Third-party ratings: 5.0 on Capterra, 4.5 on G2.

Frequently asked questions

What skills does an electrical engineer need?

An electrical engineer needs skills in 6 core areas: circuit design, PCB design and layout, embedded systems, power systems, signal processing, and standards and compliance. Named tools matter too, such as Altium Designer, LTspice, MATLAB and ETAP. So do soft skills like structured problem-solving, systems thinking and clear technical writing. The exact mix depends on whether the role is focused on products, power or controls.

What are the most in-demand electrical engineer skills?

The most in-demand electrical engineer skills come from electrification and connected products. They include power electronics for EVs and renewables, embedded firmware on ARM microcontrollers, high-speed PCB design, and functional safety to IEC 61508 or ISO 26262. Engineers who combine hardware design with firmware or compliance experience are especially hard to find. [DATA: top priority skills for electrical engineers from MuchSkills data]

What certifications should electrical engineers have?

The certifications an electrical engineer needs depend on the role. Chartered Engineer (CEng) status or a Professional Engineer (PE) licence carries weight across the field. PCB designers often hold IPC CID or CID+. Engineers on safety-critical products benefit from TÜV Functional Safety Engineer. Engineers working on UK installations need City & Guilds 18th Edition for BS 7671. Record the expiry date of every certification, because they lapse.

How do you build a skills matrix for electrical engineers?

You build a skills matrix for electrical engineers in 5 steps. 1: pick the skill categories that fit your work, starting from the 6 in this guide. 2: name the tools, methods and certifications in each. 3: define levels from junior to senior. 4: have engineers grade themselves, then have managers review. 5: filter the matrix against upcoming projects to find gaps. MuchSkills keeps the matrix live, so it doesn't go stale in a spreadsheet.

How do you keep electrical engineer skills data up to date?

You keep electrical engineer skills data up to date by making engineers its owners. A spreadsheet that HR maintains goes stale within months. In MuchSkills, engineers keep their own profiles current because the profile shows their growth path, and profile completion typically lands between 70% and the high 80s. It connects to HR systems such as Workday and BambooHR, so skills data stays in step with your HRIS.

Map electrical engineer skills across your organisation

See who has which skills, at what level, and where the gaps are — in one live view on top of your HRIS.

Skills matrix