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Electrical and Electronic Engineering

Electrical and Electronic Engineering

Power up your future with a career in electrical or electronic engineering, whose applications span a host of diverse industries

What’s involved?

In simple terms, electrical engineers deal with power generation and power supply, while electronic engineering is about the way electricity is used to control equipment. However, the very close association of the Institute of Electrical Engineers with the British Computer Society demonstrates that the line between electrical and electronic engineering is blurred.

Modern manufacturing techniques tend to make replacement of a faulty component more cost-effective for the consumer than repairing it. This means that much of the traditional role of the maintenance engineer has changed, particularly in the electronics field, with removal and reinstallation of faulty chips and boards the norm.

Electrical and electronic engineering includes such areas as informatics, control, electronics and communications, power management, manufacturing and science, and engineering and technology. Its associated industries span aerospace, construction, media and communications, medical technologies, railways and road transport.

Skill up while serving

All three Services have electronic engineering specialists, working on sophisticated and complex instruments, vehicles, engines (including nuclear reactors) and other equipment. Qualifications range from NVQ level 2, national certificates and diplomas (NCs and NDs), through apprenticeships to master’s degrees, with institute membership at the appropriate grade being available to most professional engineers.

Electrical engineering is somewhat different. In general, Forces electricians work on equipment that moves rather than static installations, although Royal Engineers electricians work across the whole spectrum of power supply, from generation to distribution, often in difficult and dangerous environments. The Royal Navy’s engineers are very familiar with electrical generation and distribution on-board ship.

Get qualified!

It is necessary to have appropriate qualifications to work in any branch of engineering. The academic ones include degrees, diplomas and certificates, while vocational qualifications include A-levels, apprenticeships, and national and Scottish vocational qualifications (NVQs/SVQs). You will also need colour-normal vision for this type of work.

To become an electrical engineer, you would usually need to complete an HNC, HND or foundation degree, degree in electrical or electronic engineering or related subject (e.g. building services engineering). Many appropriate courses are widely available, in areas including: electrical or electronic engineering, mechanical engineering, aeronautical engineering and building services engineering. With a degree in a relevant subject, you may be able to join a company’s graduate trainee scheme.

To become an electronic engineer, you would, again, normally need an HNC or HND, foundation degree or degree in a relevant electronics subject (e.g. electronic/electrical engineering or engineering technology). An employer may accept qualifications in related subjects if electronics was covered as part of the course. Examples include software engineering, computer science and aerospace engineering.

The Institution of Engineering and Technology (IET) website has details of colleges and universities offering suitable courses, as well as advice about applying. (There is more about the IET in the section on ‘Professional organisations’, below.)

For electrical engineering, the basic requirement is the 17th Edition Wiring Regulations, which demonstrate that the individual knows the necessary regulations and how to use them – it is virtually impossible to get started in the industry without this qualification. Please note, however, that the 18th Edition to the Wiring Regulations will replace the 17th Edition from this July. Find out more about this, and other useful information on electrical installation, engineering and maintenance careers in our in-depth look at the building trades, Click here.

Professional organisations

The Engineering Council UK is the profession’s lead body and registers all engineers who have met standards of education, training and professional competence. It holds the national registers of:

Chartered Engineers (CEng)
Incorporated Engineers (IEng)
Engineering Technicians (EngTech), and
Information and Communications Technology Technicians (ICTTech).

It also sets and maintains the internationally recognised standards of competence and ethics that govern the award and retention of the above titles.

The Institution of Engineering and Technology (IET) is the second-largest professional engineering body in the world. It has active networks of members across the world and five categories of individual membership. You can read about these in detail on its website (see ‘Key contacts’).

The Science, Engineering and Manufacturing Technologies Alliance (Semta) is an employer-led not-for-profit organisation responsible for developing engineering skills to support the future of UK industry. Says its Chief Executive, Ann Watson: ‘The demand for talented and qualified employees has never been greater. We act as the catalyst to reconnect education and industry, and create the highly skilled and dynamic workforce needed to re-energise UK industry and drive its future success.’ With this very much in mind, Semta has developed a series of engineering national occupational standards (NOS) at levels 1 to 5, which underpin the qualifications relevant to study in this field (further information is available direct from Semta – see ‘Key contacts’).

The Electrical Contracting Industry’s Joint Industry Board regulates relations between employers and employees, including productivity, skills levels and wages. It also runs the Electrotechnical Certification Scheme (ECS), under which people are issued with cards that show their overall level of competence, specialisations and qualifications (see box).

Use your ELC

Under the ELC scheme, a wide range of learning can be taken, provided it is offered by an approved provider listed on the ELC website at www.enhancedlearningcredits.com and is at level 3 or above.

FACTFILE

TRANSLATE YOUR SKILLS

If you have the following skills and abilities, a career in electrical or electronic engineering could be for you:

  • independent thought
  • imagination and vision
  • an innovative approach
  • above-average intelligence
  • a keenness to learn, combined with logical reasoning
  • an aptitude and liking for mathematics
  • ability to work independently as well as part of a team.

To succeed as an engineer, you must be able to identify a problem and then try to find the best solution as quickly as possible – and at the lowest cost. And, sometimes, finding the optimum solution will call for ‘unlogical’ thinking.

 

THE ELECTROTECHNICAL CERTIFICATION SCHEME (ECS)

An ECS card is instantly recognisable within the electrotechnical industry and allows you to demonstrate your credentials to others – from employers and clients to business contacts and colleagues. The card displays your qualifications and main electrical occupation, shows you have been H&S assessed and proves your identity on site. You will find it increasingly difficult to get employment on building sites without one because many UK employers specify that holding the appropriate ECS card is compulsory for those working with electricity on their sites. To find out more, visit www.ecscard.org.uk

 

INFORM YOURSELF

You may find the following useful resources for finding vacancies and general background reading:

Finding employment

When looking for your first job, it may help you to have some work experience. You can gain this through a work placement as part of a course or by arranging your own placement with a relevant company.
In the electrical engineering industry, projects are usually contracted and then subcontracted to many different entities. Most people start out in the field as an electrician’s mate or work for a contractor for a minimum of two years to gain experience. Once they have worked for a while on a number of projects, and have a good reputation and the necessary qualifications, they can set up on their own. All contractors must inspect and test their own work. They may also inspect and test other electrical work for landlords, insurance companies and major builders.

What can you earn?

As this is such a wide-ranging industry, the following figures can give only a very rough guide to salaries in this sector.

  • Adult trainee electricians aged 21-plus will probably start on about £17,000, with improvers on around £20,000 and approved electricians on about £25,000. They will also receive shift pay and overtime. The estimated starting salary for a graduate electrical engineer is £20,000.
  • EngTechs might expect to earn around £28,000, while IEngs could start on £20,000, rising to £35,000 as they gain experience, and up to £50,000 for senior people. CEngs are the most qualified people, starting at about £25,000, and with an upper limit that depends entirely on the type of work done, the contract terms, the seniority of the individual, and the company. The average income for a qualified chartered electrical engineer is £50,000.
  • In general terms, experienced electrical and electronic engineers can earn between £25,000 and £40,000 a year, and senior electronic engineers between £40,000 and £55,000.

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