What is Electrical Engineering? Future of Electronic | EEE Full form
What is Electrical and Electronic Engineering?
A major branch of the engineering profession, which mainly deals with electrical, electronics and electromagnetism. Electrical engineering began as a significant occupation in the latter part of the nineteenth century, when the use of telegraphy and power began to become popular. Currently, the scope of electrical engineering extends across a range of disciplines including power, control systems, electronics, telecommunications.
Electrical engineering is often referred to as electrical and electronic engineering. However, when it is called only electrical engineering, it is basically the branch that performs tasks related to large-scale electronic systems or equipment such as power transmission, electric motor control, etc. On the other hand, small-scale electronic appliances such as computers, integrated circuits, etc. are comprised of electronic engineering. In other words, electric engineers usually use electric power to conduct electricity, and electronic engineering engineers use electricity to exchange information. Considering the basic theory, the flow of electricity is discussed through electrical engineering, and in electrical engineering, the flow through semiconductor and insulator is discussed.
Being an engineer is a reputable profession. Almost everyone dreams of this profession. But in the meantime, electrical and electronic engineering is called “Soul of Engineering” or “the spirit of the engineer”. Electronics engineering was born in electrical engineering. Electrical and Electronic Engineering Many people know the name Triple E (EEE) or Electrical and electrical and electronic techniques in Bengal. The idea of whose work is done with an electron is only in the name. Many are now interested in reading about electrical and electronics. It is also a matter of choice for parents. Therefore, in all places of study at home and abroad, almost every preparation was made for this. This type of profession is very visible in Bangladesh. Electrical and electronics engineers are in great demand in the country. There are also interesting opportunities abroad.
Why read EEE or Electronic Engineering?
If the equation is fun to solve, the physics’ power chapters don’t look unbearable, then Triple E won’t disappoint you. If you find it fun to do circuit switches, parallel inserts of resistance, whitestone cursive drawings, or find all the complexities of physics or math complex, then say Triple E – just for you. Triple E is the best place to get drunk.
There is a wide range of Triple E class categories. However, in view of the triple e-faculty can be divided into four sub-categories.
Where the focus is on Power, Electronics and Communication, and the combination of the computer’s essential concepts, the triple E is. Also, ECE / ETE, which focuses only on electronics and communications, is similar to Triple E in about 5% of cases.
Triple E in the job market:
There will be no talk about Triple E’s job market. Triple E is an Everlasting Subject! As long as the world survives, its demand will remain. If you can stay in the country, like gold, then there is an endless opportunity to study abroad. High status everywhere in the country and abroad. There is no job, thousands of students have become heard, there is no profit to be heard. If you have the qualifications and the talent, then you don’t have to sit unemployed for one day to read the triple e instead of finding a job.
What is the way to become an Electrical and Electronics Engineer?
• Post-diploma of SSC / equivalent (equivalent to 3 years).
• HSC / BSc (equivalent period after 3 years).
Master of Science in Electrical Electronic Engineering (duration 1.5 years).
The difference between electrical engineering and electronics engineering!
Electrical Engineering: Electrical engineering is an engineering field or branch in the field where it is usually studied or applied to study and apply electricity, electronics, and electromagnetics.
Electrical engineering departments are constantly conducting new research and improvement in the transmission of electrical energy through various mechanicals or transmitting power and conserving energy or storing power.
Electric signals are also used here.
Electronics Engineering: Electronic non-linear and active electrical equipment and electronics components and electronic circuits of devices, devices and system designs such as electron tubes and semiconductor devices, especially transistors, diodes, and integrated circuits. Examples of electronics engineering are various portable music devices, broadcasting systems, telecommunications devices, and system analog circuitry.
Simply put, the main difference between electrical and electronics engineering is – Electrical: Knowledge and application of the flow of electrons Electronics: Knowledge of the flow of charge and application or use.
Electrical engineering with high voltage, conductors, semiconductors, insulators. And electronics engineering is especially for low voltage such as semiconductor, IC and so on. That is why an electronics engineer is just a branch of electrical engineering. It is a combination of electronics, high voltage, power, machines.
For example, the technology that is made by a mobile phone is electronics engineering and the technology that is communicated through the exchange of signals with the mobile phone is electrical engineering. And the two are called EEE.
BSc Admission Qualification:
- Mathematics, Physics, Chemistry with HSC (Science).
- HSC GPA should be a minimum of 1.5 (with additional subjects).
- The sum of SSC and HSC GPA should be at least 1.5 (with additional issues).
At present, the importance of higher education in the electrical and electronics and telecommunication engineering programs has been achieved among the students. Along with all the public engineering and technology universities of the country, almost all the private universities have the opportunity to study electrical and electronics engineering.
Job opportunities for Electrical Engineers :
• Electricity Transmission and Distribution Company
• Telecommunications and optical fiber industries
• Navigation equipment manufacturing industry
• Aerospace manufacturing industry
• Automobile industry
• Architecture and Construction Company
• Engineering services
• Power department of the government
• Armed Forces
Responsibilities of an electrical engineer:
Electrical and electronics engineers are involved in the production of electrical equipment such as power generation equipment, electric motors, radar and navigation systems, communication systems, automobiles, ships, and aircraft electrical systems.
• Designs, manufactures and operates power plants, industrial machinery equipment, electric motors, automobiles, aircraft, spacecraft ignition systems and all types of engines.
• Research and design advanced methods for the use of electric power.
• Calculates detailed calculations of electrical equipment as specified for a manufacturer, construction, and installation.
• Works with project managers on budgets and deadlines to complete a project.
• Provides guidance in the production process to meet the guidelines.
• Solves operational issues and issues when using electrical equipment.
• Specialize in the production, transmission, and distribution of electricity, communication, production of electrical equipment or its subdivision.
• Expanded range of work for specialists such as acoustic, speech, electromagnetic compatibility signal processing, automobile to vehicle technology, earth science, and remote sensing, laser and electro-optics, robotics, ultrasonic, ferroelectrics and frequency control.
EEE to read
In recent times one of the most popular topics in engineering has become electrical and electronics engineering, commonly known as triple-e. All the government engineering universities, but now the scope of reading about this topic has expanded to several private universities.
In this age of electronics revolution, there is no work available in science and technology where there is no need for electrical engineering. From general electricity, gas or nuclear power plants to telecommunications or computer farms – there is no demand for skilled electrical engineers anywhere in the country and abroad. Even if foreign companies are excluded, there are more than 5,000 engineers working in a telecom company in Bangladesh alone. Many have also worked as programmers or computer engineers in various big companies after becoming electrical engineers. In essence, the field of electrical engineering is widely discussed as the field of discussion and study is broad. Therefore, a skilled electrical engineer is a very demanding person in the field of employment, whether at home or abroad.