Electrical Engineer

Electrical engineers design, test and maintain the systems that generate, move, control and use electricity - from a building's power and lighting distribution, to the electricity grid, to the control systems and circuits inside vehicles, machines and consumer products. Graduates usually work as part of a project team, doing calculations and design work under the review of a more experienced engineer, and their clients are typically developers, manufacturers, utilities, infrastructure owners or internal product teams. The work sits somewhere between physics-based analysis, specialist software, and practical problem-solving on real sites and real hardware.

Approximate graduate salary

Typically around GBP 26,000-33,000 to start, though this varies widely. Larger schemes in defence, energy, rail and technology, and roles in London and the South East, tend to sit at or above the top of that range; smaller consultancies and firms outside the major cities often sit below it. Pay usually rises noticeably once you are working independently and again on achieving chartered status.

What you'd actually do

Producing or updating design calculations - for example sizing cables, working out how much current a circuit will carry, calculating voltage drop, or checking that protective devices will disconnect a fault safely
Working in design software: CAD packages to draw electrical layouts and schematics, and analysis tools that model power systems, loads and fault currents
Marking up and checking drawings, then issuing them to other disciplines (mechanical, structural, architectural) and resolving clashes - e.g. the cable route conflicts with a ventilation duct
Attending design or project meetings, often by video call, where progress, changes and problems are worked through with the client, contractor or other engineers
Reviewing manufacturers' technical data and specifications to select equipment - switchgear, transformers, motors, drives, luminaires, sensors - and writing up why that choice meets the requirement
Visiting sites, factories or test facilities to see installations, witness testing and commissioning, or investigate why something is not working as designed
Writing technical documents: design reports, specifications, test procedures, calculation records and responses to queries from contractors on site
Keeping a record of work against a professional competence framework if working towards chartered status

How graduates get in

Structured graduate scheme with a large consultancy, contractor, utility, defence or manufacturing employer - the most common route, usually including rotations, a mentor and formal support towards professional registration. These typically recruit in the autumn for the following summer, but rolling recruitment is also common in engineering.
Direct entry as a graduate engineer at a smaller consultancy, panel builder, systems integrator or manufacturer - very common, and often means earlier hands-on responsibility but less formal training structure. Many of these roles are advertised year-round rather than on a fixed cycle.
Converting from a summer placement or a sandwich year in industry (a placement year built into a four-year degree) - a strong route, as employers frequently offer returning students a graduate place.
Degree apprenticeship route, where someone is employed while studying for an engineering degree - increasingly common, though this is entered before or instead of a conventional degree rather than after one.
Moving across from a related discipline - physics, electronic engineering, mechatronics or general engineering graduates are regularly hired into electrical roles, particularly in power, rail and building services where employers are used to training people up.
Postgraduate MSc in power systems, energy or a related specialism - useful for those with a BEng or a non-engineering numerate degree, and sometimes needed to satisfy the academic requirement for chartership, but not a standard entry expectation for most graduate jobs.

What employers ask for

An accredited engineering degree in electrical, electrical and electronic, or electronic engineering. Accreditation means the course is recognised by a professional body such as the IET (Institution of Engineering and Technology) as counting towards chartered engineer status - worth checking, because if your degree is not accredited you may need extra learning later.
Related degrees are often accepted: physics, mechatronics, general or systems engineering, and sometimes maths. The subject matters more here than in many graduate careers - you need the underlying electrical theory - but employers in sectors with skills shortages are frequently flexible and train on the job.
A 2:1 is the common asking grade, though a large number of employers accept a 2:2, especially smaller firms and those recruiting continuously. Some large schemes still filter on UCAS points or A-level maths; many have dropped this.
MEng versus BEng: an MEng (four-year integrated master's) fully satisfies the academic requirement for chartered engineer; a BEng typically needs further learning later. Almost no graduate job requires an MEng to apply, so this affects your route to chartership, not your hiring chances.
Right to work in the UK, and for defence, nuclear and some utilities work, eligibility for security clearance - which usually means a period of UK residency. This rules some international graduates out of specific employers, so check early.
A driving licence is genuinely useful and sometimes asked for, because site visits are a real part of many electrical roles.

Skills that matter

Applied circuit and power theory

Sizing a cable, choosing a protective device or diagnosing a fault all come back to Ohm's law, impedance, three-phase power and fault current - if this is shaky, the calculations are guesswork.

Reading and interpreting standards and regulations

Electrical design in the UK is governed by documents such as the IET Wiring Regulations (BS 7671) and sector-specific standards, and much of the job is checking that a design demonstrably complies.

Technical drawing literacy (CAD, and increasingly BIM)

Designs are communicated as drawings and models, so you need to read a schematic or layout accurately and mark up changes that someone else can act on - BIM means Building Information Modelling, a shared 3D model of a building that different disciplines work in.

Careful, checkable working

Electrical mistakes cause fires, outages and injuries, so calculations are reviewed by others and you have to lay out your assumptions and method so a reviewer can follow them.

Explaining technical constraints to non-engineers

You will routinely have to tell an architect, project manager or client that what they want needs more space, more power or more money, and make the reason understandable.

Software and scripting fluency

Power system modelling packages, spreadsheets built for load schedules, and increasingly Python or MATLAB for data handling and automation are everyday tools rather than optional extras.

Practical curiosity about how things are actually built

A design that cannot be installed in the space available, or maintained safely afterwards, is a failed design - engineers who go and look at real installations get better at this quickly.

Where it leads

Graduate or assistant engineer: doing defined pieces of work that a senior engineer checks and signs off, while building a record of experience for professional registration.
Engineer: owning packages of design work, dealing directly with clients and contractors on your own scope, and starting to check junior colleagues' work. Most people reach this within a few years, though it varies by employer.
Chartered Engineer (CEng) via the IET or another licensed institution, or Incorporated Engineer (IEng) as an alternative route. This typically involves several years of recorded experience, a written competence report and a professional review interview. There is no fixed timescale - some people register in around four years after graduating, many take longer, and some very capable engineers never bother, particularly in product and manufacturing roles where it carries less weight.
Senior engineer, then principal engineer or technical lead: responsible for the technical integrity of a whole project or product area, mentoring others, and often the person whose signature goes on the design.
The path then usually forks. One branch is technical: principal or chief engineer, or deep specialism in areas like protection, high-voltage design, power quality or electrical safety. The other is commercial and managerial: project manager, engineering manager, associate or director in a consultancy, or moving into client-side roles at a utility, developer or infrastructure owner. Contracting and independent consultancy are also common later on.

What people get wrong

“You will be wiring things and working with your hands.”

That is the electrician's trade, entered through an apprenticeship and NVQ route, not a degree. Most graduate electrical engineers spend the bulk of their time on calculations, drawings, specifications and meetings - some roles involve testing and commissioning hardware, but even those are more about designing and verifying than installing.

“It is a niche career limited to power stations and the grid.”

Electrical engineers work in building services (power, lighting and controls for hospitals, data centres and offices), rail and airport infrastructure, renewables and grid connections, automotive and aerospace, defence, manufacturing automation, medical devices and consumer electronics. The daily work in a data centre design team looks very little like the work in an electric vehicle powertrain team.

“The maths and physics from your degree is what you'll use every day.”

A lot of graduate work is applying standards, tables and established methods rather than deriving things from first principles. The degree matters because it lets you understand why the method works and spot when it doesn't apply - but expect to spend more time reading BS 7671 than doing Laplace transforms.

“Chartership is an automatic box-tick you get after a set number of years.”

It requires you to evidence specific competences against a professional body's framework, which means actively seeking out work that demonstrates design responsibility, commercial awareness and management - not just accumulating time served. People whose employer does not support this often stall for years.

“Starting salaries are low compared with finance or consulting, so the career pays badly.”

Starting pay is generally more modest than in the City, but the qualified and chartered end of the profession - particularly in high-demand areas like grid connections, data centres and nuclear - pays well, and contract rates for experienced electrical engineers can be substantial.

Where this varies

"Electrical engineer" covers several quite different jobs. In building services consultancy, the work is designing power, lighting, fire alarm and data systems for buildings, working to BS 7671 alongside architects and mechanical engineers, with regular site visits. In power systems and utilities, it is about high-voltage networks, substations, protection settings and grid connections, with heavy use of specialist modelling software. In manufacturing and product companies, it merges into electronics and control systems - PCB design, motor drives, embedded control - and is closer to a lab-and-prototype job than a drawings-and-standards one. Employer type matters too: consultancies and contractors are project-driven and client-facing, often with time recorded against jobs; manufacturers and utilities are more product- or asset-driven. Geographically, work clusters around energy and offshore wind in Scotland and the North East, aerospace and defence in the South West and North West, automotive in the Midlands, and building services and data centres around London and the South East - but electrical engineering jobs exist in essentially every part of the UK, which is not true of many graduate careers.

General guidance about the role across the UK market, not about any specific employer. Entry routes and requirements vary — always check the individual job advert.