 
Electrical Engineering is a branch of
engineering that generally deals with
the study and application of electricity
electronics and electromagnetism
electrical engineering has now
subdivided into a wide range of
subfields including electronics, digital
computers, power engineering
telecommunications, control systems,
radiofrequency engineering, signal
processing, instrumentation and micro
electronics many of these sub
disciplines overlap and also overlap
with other engineering branches spanning
a huge number of specializations such as
hardware engineering, power electronics
electro magnetics and waves microwave
engineering, nanotechnology
electrochemistry, renewable energies,
mechatronics, electrical material science
and more. electrical engineering is one
of the newer branches of engineering
date back to the late 19th century for
the experiments with electricity
included primitive batteries and static
charges however the actual design
construction and manufacturing of useful
devices and systems began with the
implementation of Michael Faraday's law
of induction which essentially states
that the voltage in a circuit is
proportional to the rate of change in
the magnetic field through the circuit
this law applies to the basic principles
of the electric generator electric motor
and the transformer the advent of the
modern age is marked by the introduction
of electricity to homes businesses and
industry all of which were made possible
by electrical engineers
what do electrical engineers do
electrical engineers work in a very wide
range of industries and the skills
required are likewise variable they
apply the physics and mathematics of
electricity electronics and
electromagnetism to both large and small
scale systems to process information and
transmit energy to do this electrical
engineers design computers electronic
devices communication systems test
equipment electric power networks and
improve systems their problem solving
techniques the tools and equipment that
an individual engineer may need are
similarly variable ranging from a simple
voltmeter to a Top end analyzer to
sophisticated design and manufacturing
software the job duties of electrical
engineers depend on the industry they
are in but could include carrying out
feasibility studies for new technical
developments drawing up project plans
and circuit diagrams using computer
assisted-engineering and design
software estimating costs and project
timings coordinating the work of
technicians and craftspeople testing
installations and systems and analyzing
test data making sure projects meet
safety regulations overseen inspection
and maintenance programs attending
meetings writing reports and giving
presentations they usually work on
projects with other professionals like
civil engineers architects and
engineering technicians skills required
in electrical engineering
one circuit designing 2. instrumentation
electrical measurements 3 power
transmission and transmission lines
fundamentals 4.electrical drives and
electrical machinery 5 power electronics
6 renewable energy fundamentals 7
microcontrollers and programming
languages
a presentation and communication skills
9 fundamentals electrical power
generation and maintenance of electrical
power plants and control systems and
control machinery 11 quality control
analysis how much money electrical
engineers make according to US Bureau of
Labor Statistics electrical engineers
earn a median salary of 93 thousand per
year salaries typically start from
fifty-nine thousand two hundred forty
dollars and go up to one hundred forty
six thousand eight hundred twenty
dollars top 10 percent of electrical
engineers earn a monthly salary at ten
thousand nine hundred seventy two or
more
in addition electrical engineers with a
master's degree or professional license
improve their attractiveness to
employers and may qualify for higher
wages the average engineer with a
master's degree in any field earns
approximately nine hundred more per
month than one with a bachelor's degree
electrical engineers usually work around
40 hours a week it may have to work
occasional overtime to meet deadlines
they could be based in an office factory
production plant workshop power station
or research facility top companies
hiring for electrical engineers The
Boeing Company Lockheed Martin
corporation International Business
Machines or corporation also known as
IBM Google Apple General Electric and
BMW Group pros and cons of being
electrical engineer pros high salaries
wide range of career opportunities job
flexibility Collins
risky occupation workload can be
unpredictable competitive atmosphere for
promotion
however the advantages of a career in
electrical engineering concern may
overcome the disadvantages for someone
interested in the field future
progression according to the US Bureau
of Labor Statistics employment of
Electrical and Electronics Engineers is
projected to grow by four percent
between now and 2020 to the rapid pace
of technological innovation and
development will likely drive demand for
Electrical and Electronics Engineers in
research and development an area in
which engineering expertise will be
needed to develop distribution systems
related to new technologies
 
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