What is Electrical Engineering , how and where Electrical Engineers work?

INTRODUCTION:

Electrical Engineering has a history of decades and the changing trend of the modern world gets more modernized day by day because of the engineering mainly electrical engineering.

Electrical engineering  is one of the vast scopes of engineering which has a pivotal role and all the way related other studies of engineering and also with other disciplines like, medical, physical-chemical, economic, commercial, and industrial studies with which electrical engineering has a strong connection.

Without electrical engineers the doctors, physicists, and all other experts can do their best in their fields in any way.

Electrical engineering is basically, a discipline of engineering which is concerned with the study, application (theoretical and practical) of equipment, devices, machines, and appliances which are run by electricity, electromagnetism, and electronics. It has an emerging role in the commercialization of the world.

It deals with the building, invention, and maintenance of all electronic systems which are nowadays becoming the ever needed and ever used in your daily lives.

Electrical engineering is known as the vast field of engineering discipline because it is a concern with all the other disciplines of engineering like, mechanical, chemical, civil, electronics, and automation because its applications are found and applicable in the studies and works of other engineering disciplines.

Electrical engineering often comes under the applications of electronics and deals with all type of studies and usage of electronic devices.

Electrical engineers often focus on the production and distribution of electricity and electrical power and energy at larger and minor scales. On the other hand, electronic engineers focus on the utilization, application and distribution of that electrical power and energy, which is the reason behind you can say that without electrical engineers the electronic engineers cannot do anything and cannot get their electronics run.

Because of the wide range of applications of electrical engineering it is divided into further wider ranges and fields like computer engineering, system engineering, radio frequency engineering, telecom engineering, power engineering, instrumentation, radar, signal processing, and electronics.

All these engineering disciplines overlap with other engineering studies and including huge concerns of specializations which include software and hardware engineering, power electronics, microwave engineering, mechatronics, nanotechnology, electromagnetics, and waves, electrochemistry, renewable energies, and electrical materials science.

Where an Electrical Engineer can work?

Electrical engineers having a degree in electronics or electrical can easily be hired and get jobs in other related companies related to engineering disciplines because of the strong dependence and connections of the fields with electrical engineering. They can work in transport networks, power generation and distribution, heating, lighting, ventilation, renewable energy, manufacturing, and construction.

 

What does an Electrical Engineer do?

Electrical engineers can prepare and work with project plans, estimate the time scale and cost of projects, they can help in managing the works of technicians and craftspeople, they can test installations, analyze data and ensure health and safety regulations are met.

They can also develop, design, supervise, and test the manufacturing of electrical appliances which can be electric generators, motors, meter readers, radar and navigation systems, satellites, communication tools and devices, power generating equipment, and the music players to global positioning systems (GPS).

You can also elaborate it like, “when a device which utilizes, produces, generates, conducts, and uses electricity to run in any aspect, it is designed and made run by electrical engineers”.

Nowadays, electrical engineers design electrical devices and systems using basic components which are coils, conductors, magnets, switches, batteries, resistors, capacitors, inductors, diodes, and transistors. So all the electrical and electronic devices either in a huge generator at any electric power plant or in any microdevice like microprocessors in your phones, watches, and computers use these basic components.

 

 

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