Electrical engineers design, develop and
maintain electrical control systems and/or components to required
specifications, focusing on economy, safety, reliability, quality and
sustainability.
They design and manufacture electrical equipment
for use across many sectors, including:
·
The
building industry and services, including lighting, heating and ventilation.
·
Transportation
and transport networks.
·
Manufacturing
and construction.
·
Production
and distribution of power.
Electrical engineers are involved in projects
from the concept and detail of the design through to implementation, testing
and handover. They may also be involved in maintenance programs.
As well as having technical knowledge,
electrical engineers need to be able to project manage and multitask. They also
need to have commercial awareness. Additional attributes, such as team
leadership or management skills, are required as careers progress.
Typical
work activities
Most electrical engineers work in a multi-disciplinary
project team, which is likely to include engineers from other specialist areas
as well as architects, marketing and sales staff, manufacturers, technicians
and customer service personnel. They may also work with representatives from
client organizations.
Depending on the employer, the electrical
engineer may be involved at every stage of design and development or may just
be involved at one particular stage. The nature of the role varies according to
industry or sector, but the range of activities common to many posts is likely
to include:
·
Identifying
customer requirements.
·
Designing
systems and products.
·
Reading
design specifications and technical drawings.
·
Researching
suitable solutions and estimating costs and timescales.
·
Making
models and prototypes of products using three-dimensional design software.
·
Working to
British (BS), European (EN) and other standards.
·
Liaising
with others in the design team.
·
Liaising
with clients and contractors.
·
Attending
meetings on site.
·
Designing
and conducting tests.
·
Recording, analyzing
and interpreting test data.
·
Proposing
modifications and retesting products.
·
Qualifying
the final product or system.
·
Servicing
and maintaining equipment.
·
Preparing
product documentation, writing reports and giving presentations.
·
Monitoring
a product in use to improve on future design.
Electronics
engineer: Job description
Electronics is the technology associated with
electronic circuits and systems, and is one of the major branches of electrical
engineering.
It is a discipline that uses scientific
knowledge of the behavior and effects of electrons to create components,
devices, systems or equipment that use electricity as part of their source
of power. These components include capacitors, diodes, resistors and
transistors.
Electronics engineers research, design, develop
and test precision components and a system, developing the way electricity is
used to control equipment. The work is usually carried out in cross-functional
project teams, with colleagues in electronics and other branches of
engineering.
Electronics touches on almost all areas of human
activity, so its applications are diverse. They include acoustics, defense,
medical instruments, mobile phones, nanotechnology, radio and satellite
communication and robotics. Subfields of electronic engineering include control
engineering, instrumentation, signal processing and telecommunications
engineering.
Typical
work activities
Electronics engineers work on a project through
all its stages: from the initial brief for a concept through the design and
development stage, to the testing of one or more prototypes; and through to the
final manufacture and implementation of a new product or system.
Exact duties vary, depending on the industry,
but tasks typically include:
·
Discussing
proposals with clients.
·
Working
with colleagues to design new systems, circuits and devices or develop existing
technology.
·
Testing
theoretical designs.
·
Writing
specifications.
·
Following
defined development processes.
·
systematically
improving the detailed design of a piece of electronic equipment;
·
ensuring
that a product will work with devices developed by others, can be made again
reliably, and will perform consistently in specified operating environments;
·
Creating
user-friendly interfaces.
·
Ensuring
safety regulations are met.
·
Project
planning and preparing budgets.
·
Attending
meetings with subcontractors.
·
Supervising
technicians, craftspeople and other colleagues.
·
Writing
technical reports.
·
Keeping up
to date with developments in technologies and regulations.
There are two main types of graduate electronics
engineer:
·
Chartered engineers (CEng) have the greatest level of responsibility for engineering
projects. They develop solutions to problems using new or existing
technologies.
·
Incorporated engineers (IEng) take responsibility for specific aspects of a project. They
maintain and manage applications of current and developing technology.
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