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Electrical engineers, electrical engineers, electrical engineers. A discussion on the roles of electrical engineers in industry for school leavers

electrical engineers - a school leavers resource for electrical engineering in industry from me makrobicz, who, as it happens, am an electrical engineer, or at least was until I got into algorithm simulation.

complex numbers for cynics - makrobicz takes a light hearted look at a heavy footed topic

 

Electrical Engineers

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Electrical engineers, electrical engineering, electronic engineering
every where we go
discussing the roles of
electrical engineers in industry
electical engineering, electrical enginerring, enginerrs
Electrical engineers of the institution of electrical engineers
and the institution of electrical and electronic engineers
Thomas Edison, the Edison Screw light bulb or globe
electrical engineering today and tomorrow
learn the duties of electrical engineers in industry
complex waves, alternating current theory, harmonics in electrical circuits
how to create a graph for electrical harmonics in MS Excel
makrobicz - mathematician and engineer (electrical)
maximum current demand, impedance and resistance
if you can see this you are probably in Netscape. It ruins all these effects
Electrical Engineers, electrical engineering in industry
electrical testing and inspection responsibilities
uninterruptible power supplies - UPS
Thevenins and Nortons theorys, theorem
thermocouples and thermostats in electricity principles
cable sizing and protective multiple earth PME systems
kirchhoffs law & Pythagoras theory of right angled triangle
electrical engineers
engineering applications
earth fault loop impedance testing of dedicated and clean earth supplies
ELI testing for electrical engineers
pythagarus theory, Pythagoras theorem
the 345 triangle in electrical engineering applications
R1 + R2 testing and ring final circuits tests
Using the correct electrical test certificate
dealing with AC and DC voltages
high voltage currents and high frequency currents
electrical engineers roles in society, engineering and the built environment
new heights for switches and socket outlets in new UK electrical installations
was pythagaros a square ?
the makrobicz mathematics for cynics is for
well, cynics, like us
complex jokes are not ever funny and yet
complex numbers is no joke, as a subject
mind you, life is a bit of joke
where do all the letters go when microsoft shoves another application up on the screen
probably with all the socks that go missing from the washing machine
a complex number of warps in the fabric of the space time continuum - sock fabric probably
Electrical engineers
Building services
Public works
Education
Design house
Military
 
All those that believe in telekinesis..........raise my hand


Electrical engineers:  
Electrical engineering covers a wide spectrum of civilian and military careers. Electrical engineers can generally place themselves in one of the following categories.
  • building and construction services
  • public works
  • educational institution
  • military
  • design house 

Electrical engineers are expected to be able to calculate mathematically every element within their particular field. Unlike many other types of engineer, electrical engineers are trained to a minimum of a "higher education" grade. That is to say that every electrical engineer is a graduate. Let me elaborate on this and take a deeper look at the areas covered above.

  • building and construction services

These electrical engineers have duties ranging from assessing the maximum current demand of a new high rise block to calculating harmonics within switch mode power supplies. Typically these electrical engineers work on behalf of a contracting company or are "in house" in larger buildings.

The duties of these electrical engineers are possibly the most diverse of all. Not only do they have to design and calculate a prospective installation, they may well have to use software to design it, like autocad et cetera, work out the costings, schedule delivery dates for equipment and accommodate rapid changes in their designs as requested by the clients and other contractors.

In house electrical engineers are based in a high rise or similar building complex and are available throughout the day for consultation and emergency situations. Depending on the style and purpose of the building, the in house electrical engineer will have a number of electricians to undertake the daily tasks.

 

  • public works

Electrical engineers within this field are typically experts in a particular field but that is by no means the only type. For example he may be a lighting specialist and work solely in the street and space lighting field. Another example is an electrical engineer that oversees public works projects, such as shopping centres, cinemas and theatres et cetera.

Although many of these electrical engineers are employed directly by the public utilities, a growing number are contractors. Public works electrical engineers frequently find themselves in a consultation role whereby they mediate between works contractors and the higher echelons of government bodies.

  

  • educational institution

electrical engineers that work in educational institutes are by genre the allrounders that are experts in only the direct subjects relating to electrical engineering. For example an electrical engineer in the building and construction trade will readily know  the difference between a high quality power transformer and a low quality one that may just be poorly constructed and yet have an identical specification. As you can see this clearly falls outside the realms of electrical engineering and pertains perhaps more to manufacturing engineering.

These electrical engineers are, however, expected to be exceptionally resourceful and be of a standard that is at the cutting edge of technology.  

   

  • military

electrical engineers within the confines of the military are an entirely different kind of engineer to the rest. They are expected to be able to deal with emergency and disaster situations at any time of the day. These electrical engineers have to be considerably resourceful in a different way to the educational electrical engineer. Frequently they find themselves in situations where acquisition resources are poor and have to overcome the challenge with their mind and knowledge.

The greatest demand for military electrical engineers is possibly the ability to construct makeshift or temporary installations without compromising safety. This is a generalisation and it should be noted that much military engineering is restricted information and not publishable on this webpage.

 

  • design house

Design house electrical engineers cover a wide range of responsibilities. Duties can be as diverse as designing hydro-electric power generators to programming software for electrical engineering uses, such as cable sizing programs. These electrical engineers are almost all multi skilled engineers and noted for their flexibility within accompanying engineering environments.

 


 

This article was written by makrobicz associate member of the institution of electrical engineers, mathematician for:

 A-K strategic business solutions - web design

My work can be seen at http://engineers-international.com , http://www.ids.com.au/solutions/ , http://racingcoloursclub.com/ , http://akstrategic.com/  

I can be reached direct via email at

makrobicz@hotmail.com

Other excerpts from these articles can be viewed at

 

 

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