Electrical engineering is one among the most highly opted engineering course in India. The course deals with the usage of devices and systems that run on electricity, electronics. Earlier, the course was more singular based as there were a smaller number of electrical usages for mankind. And also since the emergence of this and the wide spread emergence of tech devices, the usage and usage of electrical and electronic tools, This have become immense. This also rise in use of electrical usages have become the primary reason. Also for the course to experience such an increase in popularity and usage also.
This in itself has a vast space where there has lots of info and knowledge to be understood and also taught. The course has also a diploma course which has also taught for 3 years. The basic eligibility for pursuing this course would also require the c to pass their 12th exit board exams with more than 50% overall marks and then also without any arrears. And also after the completion of the 12th board exams, the student must also attend entrance exams which has conducted by the various educational institutions.

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The scope of students who have completed the course of electrical engineering has currently taken into to be wide. With the rise in technological implications and persistent usage of tools and objects which has powered by any sort of electrical core, the scope for the course graduates vast. The current situations allow the graduates to pursue jobs like chief engineers, workshop managers, operations managers, technologist, project manager, consultants, project head and electrical product design engineer. These has some of the major job roles that fulfil the descriptions of the said course and which make the most out of it. Also therefore, these are some of the common ideologies of the course and the various attributes that has related to the course such as the scope, jobs and the usages of it.

A bachelor’s degree in engineering is the initial step toward formal skills in most countries, and the degree program is certified by an official body.   Before an engineer may be certified, he or she must first complete a certified degree course and meet a number of conditions (including job experience). Professional Engineer (in the United States, Canada, and South Africa), Chartered Engineer or Incorporated Engineer (in India, Pakistan, the United Kingdom, Ireland, and Zimbabwe), Chartered Professional Engineer (in Australia and New Zealand), or European Engineer (in Europe) (in much of the European Union).

The benefits of licensure:

This differs based on where you live. For example, “only a licenced engineer may seal project for public and private clients” in the United States and Canada. State and provincial legislation, such as Quebec’s Engineers Act, enforce this need.   There is no such regulation in other countries. Almost all certifying bodies have a code of ethics that all members must follow or face being expelled.  As a result, these groups serve a vital role in upholding the profession’s ethical standards. Engineers are bound by contract law, even in areas where license has little or no legal impact on work.

History of electrical engineering:

Electrical engineering is a relatively new discipline of engineering, dating back to the late 1800s. It is a discipline of engineering that deals with electrical tech.. From small microchips to massive power station generators, electrical engineers work on a diverse range of components, equipment, and systems. In recent years, the field of electrical engineering has expanded and specialised into a number of areas, including power generation and transmission systems, motors, and battery and control systems. This also electronics, which has further subdivided into radio frequency (RF) systems, remote sensing, signal processing, digital circuits, instrumentation, audio, video, and optoelectronics, to name just a few subcategories. This course was born in 1904 when John Ambrose Fleming invented the thermionic valve diode vacuum tube.

Due to the fact that it outputs multiples of the input current, it works as an amplifier. For a time, it was also the basis for all electronics, including radios and television. In 1947 at AT&T’s Bell Labs, William Shockley, John Bardeen and Walter Brattain created the transistor. For this, they received the 1956 Nobel Prize in physics for their work.

Primitive batteries and static charges has also used in the early tests with electric power. Although Michael Faraday’s Induction Law has been around for a long time, it was not until the execution of this law that usable devices and systems were actually designed, constructed, and manufactured. Electric generators, motors, and trans are all subject to this law, as their underlying principles. For ex., electrical engineers has instrumental in bringing electricity into homes, businesses and industry to usher in a new era of progress and impressionability.

What is electrical engineering?

This is the study of the uses of electricity, power generating and distribution equipment, as well as machine control and comm. systems in this science. It is one among the most highly opted out courses in the field, and it also has a lot of day to day usages that makes it one of the most relevant. And also in trend courses of all time. Electricity has the ability to transmit energy as well as info, which is one of its most useful features. In addition, they were the first domains in which the course emerged. This list includes the most frequent types of subfields nowadays. Despite the fact that some electrical engineers specialise in only one of these subdisciplines, many work with a combination of them. Certain subjects, are sometimes regarded to be separate disciplines.

Electro mechanical engineers work in many different fields and the abilities they demand are very diverse. This also includes everything from circuit theory to project management abilities. There are a wide range of tools and resources available to engineers. These can include anything as simple as an inexpensive voltage tester to sophisticated design and manufacturing software programs. Electronics and optics and photonics are among the many sub fields within that have emerged in recent years. These include computer and system design and power as well as tele comms and radio frequency. Other branches are often by these disciplines, which include electrical materials science and mechatronics/ control as well as hardware as well as power electronics, electro magnetics and waves. Other disciplines include nanotech., electro chemistry, and renewable energies.

A degree in electrical engineering, electronics, electrical tech. or electrical and electronic is often required for electrical engineers to work in the industry. There are some basic principles that are taught in all programs, although they are presented in different ways depending on the title. Most Univ require three to four years of study to earn a Bachelor of Science in Electrical/ Electronic Engineering Tech.. The degree may also be awarded as an Engineering degree, Bachelor of Science, or Bachelor of Tech., depending on the school.

Types of electrical engineering course in India:

Electrical engineering is a field where there are lots of diverse courses, these specifications are highly applicable in the modern world where everything functions in some basic form of electronic source. The field of electrical engineering is also a constantly growing field where there are new inventions and findings once in a while. All these extensive implications help grow the field of this but it also makes it even more vast and multiple in terms of the type of electrical engineering there are. Some common branches and also types of electrical engineering are power, control, distribution, electro optical, electronic, microelectronics, signal processing, telecomm and instrumentation engineering.

Power engineering:

An area of electrical engineering known as power engineering deals with the generation, transmission, distribution, and consumption of electric power as well as the electrical apparatus that is connected to these power systems. However, a significant portion of it is concerned with the conversion between AC and DC power, as well as specialised power systems such as those used in aircraft or for electric railway networks. The field is divided into two sub-fields: power conversion between AC and DC, and specialised power systems such as those used in aircraft or for electric railway networks. The majority of power engineering’s theoretical foundation comes from electrical engineering.

Control engineering:

Engineers who work in the field of control engineering or control systems apply control theory to design equipment and systems that behave in a desired manner within control environments. Many Univ around the world teach controls in conjunction with electrical and mechanical engineering. A relatively new field of study, this has gained a great deal of attention in the 20th century as a result of technological advances. It can be broadly defined as a practical usage of control theory, or it can be classified as such. For example, This is critical to the operation of everything from simple household washing machines to high-performance fighter aircraft. Physical systems are modelled mathematically in terms of inputs, outputs, and various components with different behaviours. Control system design tools are used to develop controllers for those systems, and controllers are implemented in physical systems using available technologies.

Beginning with a bachelor’s degree, control engineers can continue their education through graduate school. Electrical or mechanical engineering degrees are a good complement to control engineering degrees. Engineering jobs tend to be found in technical management, where control engineers are often in charge of interdisciplinary projects. Aerospace companies, manufacturing companies, automobile companies, power companies, and government agencies offer a wide range of career way. For example, Rockwell Automation, NASA, Ford and Goodrich are among the companies that hire Control Engineers. Control Engineers at Lockheed Martin Corp. could earn up to 2 lakhs per year. From Ge alone, they can make up to 5 lakhs per year from General Motors corporation.

Electronic engineering:

This has one of the most frequently opted types of electrical engineering, due to its high practical usage and regular usage. It has one of the most common fields of education in the recent fields, with the high chance of a job and career field the field of this has being opted out more and more in the recent years.

Electronics has underground in a broader ecological academic subject. Again, in recent years there has been an increase in the number of new standalone courses such as Systems Engineering and Comm.s Engineering, often followed by similarly named academic departments that are usually viewed not as sub-fields of electronics, but electrical engineering. Electronic engineering as a profession grew out of technological advances in the telegraph industry in the late 19th century and in the radio and telephone industry in the early 20th century. Radio attracted people with the technical passion, first in reception and then in broadcast. Many radio broadcasters in the 1920s were just amateurs in the period before World War I.

Much of modern electronic engineering is the result of the development of telephone, radio, and television equipment, and the large number of developments in electronic systems during World War II, such as radar, sonar, comm. systems, and modern ammunition and weapon systems. In the interwar period, this topic was known as radio engineering, and the term electronics began to appear only in the late 1950s.

The first transistor to work was the point transistor, invented by John Bardeen and Walter Hauser Brattain at Bell Labs in 1947. MOSFET (Metal Oxide Semiconductor Field Effect Transistor or MOSFET) was later invented by Mohamed Atalla and Davon Kang at Bell Labs in 1959. The MOSFET was the first truly compact transistor that could be miniaturized and mass-produced for a wide variety of usages. MOSFET revolutionized the electronics industry, becoming the most used electronic device in the world. MOSFET is a basic element of the most modern electronic equipment.

Aviation electronics engineering:

Aviation electronics refers to the electrical systems used by airplanes and spacecraft to ensure safe flight. You can pursue a career in aviation electronics if you have an interest in aircraft engineering or repair. Aviation electronics, also known as avionics, play an highly important role in aviation as aviation enters the 21st century. Many of the functions of spacecraft, warships, and commercial aircraft rely on complex electronic systems consisting of sensors, computers, displays, and more. These systems are designed with both passenger safety and cost-effectiveness in mind. An highly common example of an avionic system is flyby wire. Instead of having to manually control the plane during flight, the computer reads the input from the sensor and then transmits the info electrically to the plane’s actuators that control the plane’s movement. Other electronics-based systems include navigation, comm. and, in the case of spacecraft, ground landing.

To enter the world of avionics, there are options. You choose to work in the field of avionics, which is either a specialty or a sub-field of electronics engineering. These engineers design and develop electrical systems and ensure that they are manufactured to specifications and operate to required standards. You may also work as an aircraft electronics technician and be responsible for the maintenance and repair of electrical systems that are essential to the operation of the aircraft. Careers in avionics are available in both the private and public sectors. Hiring avionics experts ranges from aircraft manufacturers to airlines and private jet rental agencies.

Telecom engineering:

Telecomm. engineering is a discipline focused on electric and computer tech., which aims to maintain and improve telecom systems. Ultimately, comm. engineers are responsible for delivering high-speed data transmission services. They use a variety of devices and vehicles to design telecom network infrastructure; The most popular media used in wireline telecom today are twisted-pair cables, coaxial cables and optical fibres.

The Telecom engineers also offer solutions based on wireless comm. and info transfer modes such as wireless telephony, radio and satellite services, Internet, Wi-Fi, and broadband technologies. Telecom systems are usually designed by comm. engineers, which at the end of the 19th-century engineering arranged technological improvements in the telegraph industry at the end of the 19th century and the radio and telephone industry. This is a discipline based on the exchange of info over channels using wired or wireless means. It combines all elements of electrical engineering, including computer and systems, to create and improve telecom systems.

Telecom engineers work on the development, design and maintenance of voice and data transmission systems, including fibre, satellite, wire and cable, as well as data encryption, encryption and compression systems. Simply put, telecom tech. can be found in almost every aspect of our lives, from GPS to the Internet. Planning the project, supervising, organizing and supervising the installation of these devices are tasks that telecom engineers can perform as part of their daily duties.

One of the most important skills a good telecom engineer should have is digital and analogy signal processing and processing. This is because all telecom will eventually (if not already) be converted into electrical signals that can be changed, tweaked and improved. Telecom graduates can specialize in any of the following areas: GPS, Internet, Cellular, and Radio Broadcasting. And telecom is a technically challenging field of research, offering well-paid contracts to those who excel in it. Also telecom companies are always looking for the services of engineers to expand their network base.

Instrumentation engineering:

The nature of the instrumentation engineer’s work includes the design, development, installation and management of equipment used to monitor and control machines. Tools at home and elsewhere are precisely thanks to the learning of tooling. The instrumentation discipline expanded from electric and electronic currents in the early seventies. Earlier in the 1970s, this course was known as the M.Sc Tech Instrumentation, although today it has different names at different colleges. Some call it B.Tech electronics and instrumentation, others call it B.Tech instrumentation and control.

Instrumentation is a department of mechanical that specializes in the principle and operation of measuring instruments used in the areas of design, the configuration of automated systems in the areas of electrical, pneumatic, etc. The tasks required are highly domain-specific Tooling engineers typically work in industries that use automated processes to improve performance, reliability, safety, optimization, and stability. Instrumentation engineers are typically responsible for integrating sensors with recorders, transmitters, displays, or control systems. They can design or specify installation, wiring and signal conditioning. They may be responsible for the calibration, testing and maintenance of the system.

Industrial tooling items have a long history. Scales for weight comparisons and simple pointers for indicating positions are ancient technologies. Some of the earliest measurements date back to time. One of the oldest water clocks was found in the tomb of the ancient Egyptian pharaoh Amenhotep I, buried around 1500 BCE. E. Fixed clock.

Up to 270 BC A rat biomedical laboratory equipment expert has completely different problems than a rocket equipment expert. A common challenge for both is choosing the right sensors based on size, weight, cost, reliability, accuracy, durability, environmental resistance and frequency response. Some sensors literally fire artillery shells. Others feel fusion blasts until they are destroyed. Sensor data must be recorded, transmitted or displayed. Recording speed and capacity vary widely. The transmission can be simple or hidden, encrypted and low power consumption in case of interference. The displays can be trivial or may require consultation with a human factor’s expert. Designing control systems range from trivial to separate specialization.

Computer engineering:

The Computer engineering (CEE or CPE) is a branch of tech. that integrates several areas of computer sciences and electronic equipment needed to develop computer hardware and software. Also Computer engineers are also suitable for robotics testing, which are very dependent on the use of digital systems to monitor and monitor electrical systems, such as motors, messages and sensors. Common tasks performed by computer engineers include writing software and firmware for embedded microcontrollers, designing VLSI circuits, designing analogue sensors, designing mixed-signal printed circuit boards, and designing operating systems. Computer engineers are also well suited to robotics research, which relies heavily on the use of digital systems to control and monitor electrical systems such as motors, comm.s, and sensors.

This has begun in Vincent Atanasov and Clifford Berry began developing the world’s first electronic digital computer using physics, mathematics and electrical engineering. He was once a physics and mathematics teacher at Iowa State University, and Clifford Berry was a graduate in Electrical and Physics. Together, they created the AtanasoffBerry computer, also known as ABC, which took 5 years to build. While the original ABC was disassembled and thrown away in the 1940s as a tribute to later inventors, the ABC replica was made in 1997, and it took a team of scientists and engineers four years and $ 350,000 to build.

The first program of computer engineering in the United States was founded in 1971 in the case of the Western University in West in Cleveland, Ohio. In some Univ, It is called computer science and engineering. Most entry-level positions in this require at least a bachelor’s degree in this(or computer science and engineering). Typically, you need to study many math disciplines, such as calculus, algebra, and trigonometry, as well as some computer science lessons. An electronics engineer degree is sometimes accepted due to the similarities between the two fields. Since hardware engineers typically work with computer software systems, strong computer programming experience is required. According to BLS, “Computer engineering is similar to electrical engineering, but some computer science courses have been added to the curriculum.” Some large companies or specialized professions require a master’s degree.

Scope of electrical engineering in India:

Electrical engineering is an engineering subject involved with the observe, layout and alertness of system, gadgets and structures which use energy, electronics, and electromagnetism. It emerged as an identifiable profession withinside the latter 1/2 of the nineteenth century after commercialization of the electrical telegraph, the telephone, and electric strength era, distribution and use.

Imagine your lifestyles without energy and client durables like television, refrigerator, microwave, and many others. – appears mundane and difficult to survive. Isn’t it?  Electricity and digital home equipment have end up certainly taken into one among our primary desires in everyday lifestyles. With our growing dependency on electric and digital products, the scope of electrical and electronics has additionally grown in large strides compared to preceding decades. If we reach approx process quotient withinside the distinct sectors of electrical and electronics engineering, it’s miles ever-growing to satisfy the variegated desires of the purchasers in India in addition to abroad. Be it transport, banking, different personal and public sectors or even academic premises, electric and electronics engineering has an important position to play in any environment.

Let’s see a number of the department’s scope in electric engineering

  • Electrical engineering
  • Electronics and Comm. Engineering
  • The Electrical and Electronics Engineering
  • And Electrical Engineering

Electrical Engineers:

India can steady jobs in strength distribution businesses, strength plants, railways, metro rails, the aviation region and, production region. Also, numerous authorities’ businesses like SAIL (Steel Authority of India Limited), BHEL (Bharat Heavy Electronics Limited), ONGC (Oil and Natural Gas Company), PGCIL (Power Grid Corporation of India Limited), DRDO (Defence Research and Development Organization) and lots of others provide thrilling process possibilities to Electrical Engineering graduates.

Electrical Engineering is one of the oldest fields of engineering and dates lower back to the nineteenth century. It offers with the observe and alertness of numerous standards of energy and electronics. Electrical engineers are liable for production and managing electric equipments, strength structures, and many others. In today’s date, electric engineers must be adept at software program and laptop hardware too as consistent with the call for withinside the enterprise

Electronics and Comm. Engineering:

Electronics and Comm. Engineers can choose jobs withinside the telecom region, cellular conversation, IT enterprise and in IoT. Various MNCs and awesome businesses like Adobe, Samsung, Motorola, and many others search for professional Electronics and Comm. Engineers.  Apart from the personal region, college students can choose jobs in gov’t businesses like SAIL, DRDO, BHEL, BEL, Indian Railways, and many others.

Electronics and Comm.s Engineering (ECE) includes researching, designing, developing, and trying out of digital system utilized in numerous structures. Electronics and Comm.s engineers additionally conceptualize and oversee the producing of comm.s and broadcast structures.

This circulate of engineering offers with analog transmission, primary electronics, microprocessors, solid-nation gadgets, virtual and analog conversation, analog incorporated circuits, microwave engineering, satellite tv for pc conversation, antennae, and wave progression. It additionally offers with the producing of digital gadgets, circuits, and comm.s system.

The destiny of generation improvements is probably to rely on the trends withinside the electronics and conversation area. Electronics and conversation are the 2 number one pillars of our society those days. In the approaching years, the fashion will continue, and ECE will ultimately turn out to be one of the maximum distinguished fields of engineering research with tremendous call for for ECE engineers everywhere in the world.

Over the years, conversation and electronics have crept in our lives like in no way before. This extrade withinside the technological area has ensured a shiny course in advance for ECE pursuers. With smartphones in hand and full-size possibilities to reach, electronics and conversation engineering is the subsequent fine factor to rule the worldwide market.

Electrical and Electronics Engineering:

This is a highly new department of engineering that mixes electronics and electric. The Electrical and Electronics graduates could make a worthwhile profession withinside the fields of laptop and virtual structures, manipulate structures and robotics. IT region businesses, the producing region, and gov’t businesses appearance out for electric and electronics engineers. MNCs like Samsung, Hitachi, Sony, Intel, and many others provide appealing income usages to well deserving students.

“Electrical & Electronics Engineering” is a developing and one of the maximum sought disciplines withinside the area of engineering observes. It incorporates with the electric engineering and electronics engineering.

It is originated with the aid of using the electric engineering. By the technically modernization of the arena in our paintings area, it’s miles important to apply and recognize the circuits and automatic gadgets in electric & digital area.

The electric & electronics engineering (EEE) includes with the strength. It may be existed in numerous paperwork like turbine, hydro, gas, gas cell, solar, wind or geothermal energy. It includes the use, garage and era of the strength and energy.

Electrical & electronics engineering now no longer most effective includes in electric home equipment, however additionally includes in laptop, electronics, conversation and mechanical fields. One can end up an electrical and electronics engineer after finishing the 4-years observe of Bachelor of Tech. on this area.

Electrical & electronics engineering can involve the large and small amounts of power and devices.

Eligibility criteria for electrical engineering in India:

An aspirant for electrical engineering should start his/her academic career in Science at intermediate level i.e. plus two (with Physics, Chemistry and Mathematics). After completion of class 12th or plus two in science stream one has to sit for entrance exam conducted both at national and state level (e.g. IITJEE, AIEEE, BITSAT etc.). After qualifying the entrance exam he/she would take up BE/BTech in Electrical engineering which is of four years duration.

Eligibility:

  • Students can pursue on Electrical Engineering at each graduate and postgraduate level. Below stated are the eligibility standards to be fulfilled that allows you to pursue :
  • Minimum eligibility standards to pursue the Electrical Engineering (BTech) is magnificence 12 by skip in PCM/PCMB topics with as a minimum 50% marks in combination from a diagnosed faculty or college or equal
  • To pursue with Electrical Engineering at put up graduate level, the student need to have a BTech diploma in electric engineering
  • One also can move for Diploma software after finishing touch of his/her magnificence 10th. Here he/she may be diagnosed with the repute of a junior engineer.
  • One, who nevertheless desires to take a look at in addition after finishing BE/B.Tech., can pursue M.Tech. software provided with the aid of using Indian Institutes of Tech. and few different engineering schools withinside the country.
  • Individuals with pastimes in studies regions can pursue PhD after his/her put up commencement research for wearing out studies works.
  • AMIE Associate Memberships of the Institution of Engineers additionally gives publications in Electrical engineering that is equal to BE/B.Tech. furnished with the aid of using different institutes/Univ.
  • The fundamental eligibility requirement for admissions to any BTech program is:
  • Students need to have surpassed the magnificence 12 exam from a recognized board with Physics, Chemistry and Mathematics as middle topics.
  • They need to additionally have secured minimal combination marks of 60% withinside the above topics combined.
  • Please observe that the BTech eligibility standards also might range from institute to institute. The various institute has their own standards and also expect different percentage of marks in the entrance exam. Students should do proper research about the university before applying in any of the institution.

Electrical engineering Entrance Exams:

Admission to BTech/BE/MTech programs in most of the institutes is based on entrance exam scores. Let us see some of the entrance exams that are really useful In the process of applying electrical engineering, as the course has very good scope in the recent times may have been selecting this course, the following are the some of the main exams to apply for electrical engineering

JEE Mains:

The JEE Main is being conducted by National Testing Agency (NTA). JEE Main has two papers, Paper-I and Paper-II. Students may opt for either or both of them. Both papers contain multiple choice questions. Paper-I is for admission to B.E./B.Tech courses and is conducted in a Computer Based Test mode. Paper-II is for admission in B.Arch and B.Planning courses and will also be conducted in Computer Based Test mode except for one paper, namely the ‘Drawing Test’ which shall be conducted in Pen and Paper mode or offline mode.

BISAT:

BITSAT (or Birla Institute of Tech. and Science Admission Test) is a national-level entrance test conducted by BITS Pilani for admission to Integrated First Degree programs such as B.E., B. Pharm, M.Sc offered at BITS campuses in Pilani, Goa and Hyderabad. It is also a main exam for applying for electrical engineering.

UPSEE :

The State Entrance Exam – Uttar Pradesh Technical University(SEE-UPTU) (formerly known as UPSEAT) is an annual college entrance exam in Uttar Pradesh for engineering, architecture, pharmacy and management courses. All institutions affiliated to Dr. A.P.J. Abdul Kalam Technical University (formally Uttar Pradesh Technical University) admit students through centralized counselling of SEE-UPTU. The private institutions may, however, admit 15% of the total intake directly. The exam is conducted by Dr. A.P.J. Abdul Kalam Technical University. It is one of the highly reputed exams of India.

MHT CET :

MHT CET (or Maharashtra Common Entrance Test) has a not unusual place kingdom degree front exam carried out through the State Common Entrance Test Cell, Government of Maharashtra each yr for admission to undergraduate engineering, pharmacy and also agriculture publications inclusive of B.Tech/ B.E, Pharma D and B.Pharma provided at faculties in Maharashtra.

The exam might be carried out at numerous centres throughout the Maharashtra in addition to outdoor Maharashtra State through Online mode (Computer Based Test) tentatively in second week of May 2021 for PCM and PCB organization separately.

The exam will contain 3 papers. Paper 1: Mathematics, Paper 2: Physics and Chemistry and Paper 3: Zoology and Botany. Questions might be of MCQ kind and the length might be ninety mins for every paper.

WBJEE:

WBJEE (West Bengal Joint Entrance Exam) has a kingdom-degree not unusual place front check prepared through the West Bengal Joint Entrance Exams Board. You can steady admission into an undergraduate Engineering, Architecture and Pharmacy program provided through numerous faculties and Univ of West Bengal. You might be eligible for admissions into a complete of 104 authorities faculties and self-financed Engineering and Technological institutes withinside the kingdom. Admissions to the collaborating institutes might be provided to you on the premise of your rank, via a not un usual place counselling held after the declaration of the result. The Board has also been presented the popularity of Statutory Body enacted vide “West Bengal Act XIV of 2014” named as “The West Bengal Joint Entrance Exams Board Act, 2014”.

SRMJEEE

SRM Joint Engineering Entrance Exam (SRMJEEE) has carried out through SRM Institute of Science and Tech. (SRMIST) each yr for admission to B.Tech programs provided through the institute. SRMJEEE has a university-degree computer-based (on line) check that acts as a not unusualplace front exam for all SRM Group institutes and Univ placed at Kattankulathur, Ramapuram, NCR – Ghaziabad, Ramapuram Part – Vadapalani, Amravati, Haryana, and Sikkim. Eligibility for Programs provided beneathneath Kattankulathur Campus are given below:

Kashmir migrants has eligible for rest in eligibility for admission difficulty to minimal eligibility necessities as according to UGC. Eligibility for B.Tech Programs (Duration: four years)

KIITEE

KIITEE is carried out through KIIT University for admission to numerous undergraduate (UG) and postgraduate (PG) publications. Qualified applicants in KIITEE has also known as for KIITEE counselling on the premise of the ranks secured with inside the front exam. The Kalinga Institute of Industrial Tech. Entrance Exam (KIITEE) might be carried out in July in on line mode at round sixty nine towns unfold throughout 27 states and UTs withinside the country. To seem for KIITEE, applicants must byskip their magnificence 12 exam or equal for UG publications while applicants making use of for PG programs should have finished their graduation

Top electrical engineering course for bachelors in India:

Electronics and Instrumentation Engineering:

Electronics and Instrumentation Engineering from Vellore Institute of Tech. (VIT) is designed and updated regularly on the needs and requirements of the job market and provides in depth knowledge on sensing, processing, control and networking.

It has a combination of [Electronics] and Instrumentation Engineering. This branch has an industry-oriented engineering branch which needs more knowledge and experience in industrial usages to excel in a career. The course has also introduced in many Univ across India. Many Univ have different variants of courses like Electronics & Instrumentation Engineering, Instrumentation Engineering etc. the fees for the course will be around 2 lakhs

Instrumentation and control engineering

instrumentation and control engineering (ICE) is a branch of engineering that studies the measurement and control of process variables, and the design and implementation of systems that incorporate them. Process variables include pressure, temperature, humidity, flow, pH, force and speed.

ICE combines two branches of engineering. Instrumentation engineering has also the science of the measurement and control of process variables within a production or manufacturing area. Meanwhile, control engineering, also called control systems engineering, has the engineering discipline that applies control theory to design systems with desired behaviours.

Average of 10000-3 lakhs will be the fees for course during the time period.

Computer engineering :

The computer engineering (CoE or CpE) has a branch of engineering that integrates several fields of computer science and electronic engineering required to develop computer hardware and software. Computer engineers usually have training in electronic engineering (or electrical engineering), software design, and hardware-software integration instead of only software engineering or electronic engineering. Computer engineers has involved in many hardware and software aspects of computing, from the design of individual microcontrollers, microprocessors, personal computers, and supercomputers, to circuit design. This field of engineering not only focuses on how computer systems themselves work but also how they integrate into the larger picture. A total amount of 7.80 lakhs will be the fees for the course for the entire duration of the time period

Electronic system level (ESL) design and verification has an electronic design methodology, focused on higher abstraction level concerns. The term Electronic System Level or ESL Design was first defined by Gartner Dataquest, an EDA-industry-analysis firm, on February 1, 2001. It has defined in ESL Design and Verification  as: “the utilization of appropriate abstractions in order to increase comprehension about a system, and to enhance the probability of a successful implementation of functionality in a cost-effective manner.”

The basic premise is to model the behavior of the entire system using a high-level language such as C, C++, or using graphical “model-based” design tools. Newer languages are emerging that enable the creation of a model at a higher level of abstraction including general purpose system design languages like SysML as well as those that are specific to embedded system design like SMDL and SSDL

Control engineering or control systems engineering:

It’s miles an engineering area that offers with manipulate structures, making use of manipulate idea to layout system and structures with preferred behaviors on top of things environments. The area of controls overlaps and is generally taught along side electric engineering and mechanical engineering at many establishments across the world.

The exercise makes use of sensors and detectors to degree the output overall performance of the manner being controlled; those measurements are used to offer corrective remarks assisting to acquire the preferred overall performance. Systems designed to carry out with out requiring human enter has known as automated manipulate structures (which include cruise manipulate for regulating the rate of a car). Multi-disciplinary in nature, manipulate structures engineering sports consciousness on implementation of manipulate structures in certain derived through mathematical modeling of a various variety of structures.

List of top electrical engineering college bachelors in India:

NIRF Ranking of Top 10 Engineering Colleges in India

Rank Name of Top Engineering Colleges in India City
1 Indian Institute of Technology Madras Chennai
2 Indian Institute of Technology Delhi New Delhi
3 Indian Institute of Technology Bombay Mumbai
4 CIT COIMBATORE Coimbatore
5 Indian Institute of Technology Kanpur Kanpur
6 Indian Institute of Technology Kharagpur Kharagpur
7 Indian Institute of Technology Roorkee Roorkee
8 Indian Institute of Technology Guwahati Guwahati
9 Indian Institute of Technology Hyderabad Hyderabad
10 National Institute of Technology Tiruchirappalli Tiruchirappalli

List of top Colleges in India For Electrical engineering Masters – 2021

Rank Name of Top Engineering Colleges in India City
1 Indian Institute of Tech. Delhi Delhi
2 Indian Institute of Tech. Kanpur Kanpur

 

3 Indian Institute of Tech. Madras Madras

 

4 National Institute of Tech. Tiruchirappalli Tiruchirappalli
5 Indian Institute of Tech. Hyderabad hyderabad
6 Indian Institute of Tech. Guwahati Guwahati

 

7 Indian Institute of Tech. Kharagpur kharagpur
8 Indian Institute of Tech. Roorkee Roorkee

 

9 Indian Institute of Tech. Bombay bombay
10 Indian Institute of Tech. Ropar Ropar

 

Indian Institute of Tech. Delhi:

Average fees for M.S in electrical engineering; 2, 60,000

Admission criteria for M.S in electrical engineering: GATE exam

Average placements after M.S in electrical engineering: 10L

Types of job after electrical engineering:  power engineer, electrical engineer etc

Indian Institute of Tech. Kanpur

Average fees for M.S in electrical engineering; 8, 30,000

Admission criteria for M.S in electrical engineering: GATE exam

Average placements after M.S in electrical engineering: 11 L

Types of job after electrical engineering: electrical engineer, electronic engineer etc.

Indian Institute of Tech. Madras

Average fees for M.S in electrical engineering; 8, 00, 000

Admission criteria for M.S in electrical engineering: JEE Main and Advanced exam

Average placements after M.S in electrical engineering: 11 L

Types of job after electrical engineering:  various kinds like Broadcast engineer.

Control and instrumentation engineer. Etc

National Institute of Tech. Tiruchirappalli

Average fees for M.S in electrical engineering;  2, 00,000

Admission criteria for M.S in electrical engineering: GATE exam, JEE

Averge placements after M.S in electrical engineering: 5L

Types of job after electrical engineering: electrical engineer, instrument engineer etc

Indian Institute of Tech. Hyderabad

Average fees for M.S in electrical engineering;  8.5 lakhs

Admission criteria for M.S in electrical engineering: Hyderabad entrance exam

Average placements after M.S in electrical engineering: 10L

Types of job after electrical engineering: jobs includes engineer , sound engineer etc

Indian Institute of Tech. Guwahati

Average fees for M.S in electrical engineering; 6 lakhs

Admission criteria for M.S in electrical engineering: guwahati entrance exam

Average placements after M.S in electrical engineering: 8L

Types of job after electrical engineering: various kinds like Broadcast engineer.

Control and instrumentation engineer. Etc

Indian Institute of Tech. Kharagpur

Average fees for M.S in electrical engineering; 9 lakhs

Admission criteria for M.S in electrical engineering: JEE and advance, GATE

Average placements after M.S in electrical engineering: 10L

Types of job after electrical engineering: electrical engineer, instrument engineer etc

Indian Institute of Tech. Roorkee

Average fees for M.S in electrical engineering;  6.5 lakhs

Admission criteria for M.S in electrical engineering: GATE

Average placements after M.S in electrical engineering: 10 L

Types of job after electrical engineering: engineer , sound engineer etc

Indian Institute of Tech. Bombay

Average fees for M.S in electrical engineering; 11 lakhs

Admission criteria for M.S in electrical engineering: GATE, JEE etc

Average placements after M.S in electrical engineering: 15 lakhs

Types of job after electrical engineering: electrical engineer, sound engineer etc

Indian Institute of Tech. Ropar

Average fees for M.S in electrical engineering; 8 lakhs

Admission criteria for M.S in electrical engineering: GATE, JEE

Average placements after M.S in electrical engineering: 10 L

Types of job after electrical engineering: Broadcast engineer.

Control and instrumentation engineer. Etc

PhD in electrical engineering

Through their pursuit of a doctorate diploma in electric engineering college students has capable of paintings facet-by-facet with main people of their area of observe in regions like wi-fi comm.s, pc electronics, and photograph and video processing. They will discover ways to paintings inside a laboratory putting and feature a great expertise of the way to move approx accomplishing their very own unbiased research. Graduates can have superior understanding of arithmetic and essential science, making them perfect for a extensive variety of professions

College/ Univ offering PhD in electrical engineering

S.no Name of Top Engineering Colleges in India City
1 IIT Bombay – Indian Institute of Tech..  Mumbai
2 IIT Madras – Indian Institute of Tech. Chennai
3 LPU Jalandhar – Lovely Professional University Punjab
4 JMI New Delhi – Jamia Millia Islamia university Delhi
5 IIEST Shibpur – Indian Institute of Engineering Science and Tech. shibpur
6 IIT kanpur – Indian Institute of Tech.

 

kanpur
7 College of Engineering, Trivandrum

 

 trivandrum
8 VJTI Mumbai – Veermata Jijabai Technological Institute

 

mumbai
9 Andhra University College of Engineering, Visakhapatnam

 

 vishakhapatnam
10 Indian Institute of Tech. Hyderabad Hyderabad

Electrical engineering Job Roles & Levels in India:

Introduction

The jobs and career factors after the duration of the electrical engineering course has vastly spread across the engineering field. Almost all the development fields these days require a touch of electrical engineering knowledge and it allows a certain sense of completion to the project in many ways, which many other fields of work could never bring to it.

The job of an electrical engineer has to complete and bring a sense of completion to the given task. Also with the help of the knowledge they have gained from their respective fields of course, for example a computer engineer would have to develop. And a software and by doing so has to make sure their job is done to perfection, therefore not affecting the overall project in any way. It has an individual as well as a team work to complete a given task and electrical engineering graduates have to vast among of career options to choose from, some has listed down below.

Electrical engineer:

As the name suggest, being or becoming an electrical engineer has one of the most common jobs that any electrical engineering graduate could opt for in India. This is by far the obvious choice that has put forth after the completion of the course, and it comes along with various perks and cons of its own. An electrical engineer studies electricity, electronics, and electromagnetism in order to develop and apply new technologies.

After the commercialization of the electric telegraph, the telephone, and also the production, distribution, and use of electrical energy in the second half of the nineteenth century, it also became an identifiable profession. Electrical engineering is also now divided into many different fields, including computer engineering, systems engineering, power engineering, telecomm.s, radio-frequency engineering, signal processing, instrumentation, and also photovoltaic cells, electronics, and optics and photonics. Many of these fields overlap with other engineering specialisations such as hardware engineering, power electronics, electromagnetics and waves, microwave engineering, nanotech., electrochemistry, renewable energies, mechatronics/control and electrical materials science.

There are a wide variety of industries in which electrical engineers work, and the requisite skills also numerous and differentiating. These cover everything from circuit theory to project management. There has also many different types of tools and equipment that a single engineer may require, from a basic voltage metre to highly sophisticated design and manufacturing software. These has some of the most common fields where the work of an electrical engineer has also required in some sense, and they help bring the concept and idea to life with the sophisticated knowledge they have acquired about the certain subject from the duration of their course.

About:

Average salary for beginners: – 1-2 lakhs per annum

The average salary for mid-experienced: – 3-4 lakhs per annum

And average salary for highly experienced: – 6 lakhs per annum

Instrumentation engineer

Instrumentation engineers has employed by manufacturing companies and processing plants to design, monitor, and troubleshoot complex instruments in order to increase productivity. Technical fields use machines and control systems that also instrument engineers design, build, and install. Industries like manufacturing and chemical production employ instrument engineers to also improve the dependability, safety, and productivity of their systems. Instrumentation systems has also widely used in industrial and manufacturing settings to keep tabs on their operations. Temperature, pressure, radiation, voltage, and also other variables can be measured with these instruments. Instrument engineers has also responsible for the design, development, and maintenance of these instruments, as well as the monitoring and troubleshooting of already-existing devices. Engineer technologists who work with instrumentation also set it up and keep it running smoothly.

For example, instrument engineers can be found working in a wide range of industries such as chemical or food processing as well as oil and gas production. Many facilities has also under the scrutiny of authorities who require them to meet emission-reduction standards. Oil and gas refineries, power generation facilities, food processing facilities, and also chemical plants all upgrade their instrumentation to meet these standards. Some common work environments include food and also chemical processing plants, manufacturing firms, oil and gas refinery, energy companies, aerospace programs and also pharmaceutical production and development companies.

Average salary for beginners: – 1-3 lakhs per annum

The average salary for mid-experienced: – 3-5 lakhs per annum

And average salary for highly experienced: – 6 lakhs per annum

Micro electrical engineering

Electronics includes microelectronics as one of its sub fields. A microelectronics company, as the name suggests, deals also with the development and production of very small electronic devices and parts. Usually, but not always, this also refers to something on the micrometre scale or smaller. Most of the time, semiconductors has also used to create these gadgets. A microelectronic version of many standard electronic components has also readily available. Transistors, capacitors, conductors, resistors, diodes, and insulators and conductors has all found in microelectronic devices.

Microelectronics frequently makes use of specialized wiring techniques like wire bonding because of the minuscule size of the components, leads, and pads. Digitized integrated circuits have also a huge number of transistors, diodes, and capacitors. When building an analogue circuit, you’ll often see resistors and capacitors among other components. In some high-frequency analogue circuits, conductors has also used; however, because of their lower low-frequency reactance, they also tend to take up more chip area on the system. Many usages can benefit also from the use of gyrators instead of servos.

Although the definition of the job micro electrical engineering could be different from the actual work description, the work in itself is something as similar to all the electrical engineering process. The role of the micro electrical engineer as the name suggest, deals with any electrical circuits and processing’s that are micro, but unlike the normal electrical engineering, micro electrical engineering much more complicated and highly functional. These jobs mostly take places in technological arenas such as cell phone manufacturing units and such because they require the gadget to be small and sleek, there is when the role of the micro electrical engineering matters.

Average salary for beginners: – 2-3 lakhs per annum

The average salary for mid-experienced: – 4-5 lakhs per annum

And average salary for highly experienced: – 7 lakhs per annum

Telecom engineer:

Telecom engineering is a branch of electrical and computer engineering that aims to support and improve telecom systems. The work includes everything from the simplest circuit design to also large-scale production. Designing and supervising installation of telecom equipment such as complex electronic switches, old-fashioned telephone service facilities, optical fibre cabling and microwave transmission networks is the responsibility of a telecom engineer. This includes microwave transmission systems as well as IP networks and optical fibre cabling. Broadcast engineering and telecom engineering have some overlap as well.

Telecomm is a broad field of engineering that includes electronic, civil, and also systems engineering. Telecom engineers are also ultimately in charge of delivering high-speed data transmission services. When it comes to designing the telecom network infrastructure, they use a wide range of tools and transport media, with twisted pair, coaxial cables, and optical fibres being the most commonly used ones today. Telecomm engineers also provide solutions centred on wireless modes of comm. and info transfer, such as wireless telephony services, radio and satellite comm, the internet, Wi-Fi and broadband techs.

And like the role of any electrical engineer the role of the telecom engineer has to help make sure the job has complete using their way of knowledge that has also required for it.

Average salary for beginners: – 2 lakhs per annum

And average salary for mid-experienced: – 4-5 lakhs per annum

The average salary for highly experienced: – 7 lakhs per annum

Electrical design engineer:

An electrical design engineer creates new electrical systems for a variety of uses. They has also in charge of coming up with the technical specifications and design layouts for the system. System ideas also has researched and plans for these systems has also developed, usually with the aid of a computer program. Electrical engineers who also design systems must also test and adjust them as necessary. In addition, they offer assistance throughout the entire manufacturing process of the electrical systems they have designed. After electrical engineering, you also could go into any of these professions. Electrical engineers play a significant role in industry.

Every industry, from small products and equipment to large project equipment, also uses electrical engineers on a regular basis. Electrical engineers also design new electrical systems for a wide range of uses. They look for new ideas for systems and also create blueprints for those systems, usually with the aid of a software usage. They are in charge of coming up with the technical specifications and also design layouts for the system. Electrical engineers who also design systems must also test and adjust them as necessary. Additionally, they offer assistance all through entire production chain for the electrical systems they have designed.

The vast majority of electrical design engineers work for engineering firms or also for companies that produce finished goods. According to the Bureau of Labour Statistics, employment also in this field will grow by 7% between 2016 and 2026. The ever changing technological landscape, also high use of electronic devices, and high use of automated production equipment has also thought to be the primary drivers of this projected growth rate.

The average salary for beginners: – 2 lakhs per annum

And salary for mid-experienced: – 4-5 lakhs per annum

Average salary for highly experienced: – 8 lakhs per annum

Frequently Asked Questions About Electrical engineering in India:

Q. How much does the course cost?

The electrical engineering course like any other orthodox course varies in cost with respect to the educational institute. That has educating the course to the students. The course also depends mostly on the way and expressed to its students. And since with the nature of the course being slightly complicated the course in itself. This costs higher compared to other bachelor’s degree courses in the nation. The cost for studying the course could vary anywhere from 1 lakh per annum to more than 3 lakhs per annum. Also depending on the institute teaching the given subject, this undue variation explains the quality. In which the education has also being provided to the students and the quality which turn uneven.

Although there has no standard level in which the education Has measured from one educational institute to another. Also there has some common attributes from which one can easily measure it. Some common measurement ideas the facts that there has various infrastructure facilities that has also being provided. In order to measure the given standard of the education among the institutes also. Therefore, we can conclude that there has no fix cost which has incurred during the course of electrical engineering and that the cost has varied from one education institute to another.

Q. What are the admission requirements?

Like most of the courses in the country, the electrical engineering courses also have certain needs. Which has also to be fulfilled by the student. In order to ensure that they are also qualified to pursue the course of electrical engineering. Mainly the student must also have passed their 12th exit board exams. That has also conducted by the respective boards and with more than 50% aggregate marks. And along with the pass percentage the students must have studied a elective that has physics, chemistry and also mathematics.

Which has also the core subjects for the electrical engineering course. These has some of the main eligibility criteria which has also required. For any student to join the electrical engineering course, and along with these the student must also have to attend the entrance exams. Also that has conducted by the respective educational institutes. Which has meant to examine, evaluate and also analyse the competence and intelligence of the respective student. And which allows the institute to select the right student also. This also makes it easier to skim down the lots of usage they receive constantly. Therefore, these has the common admission requirements which has required in order to pursue electrical engineering.

Q. What are the various types of electrical engineering?

Electrical engineering has a vast course, it contains a lot of knowledge. Also info which is difficult to contain under one course. The vast knowledge which it contains has also wide spread among various fields and departments. That also have their own specific nature and interests, and they are their own field of work. But they are a part of electrical engineering. Most of the electrical engineering types are also varied among the basis of what has taken into to be the nature field of work.  For example, electrical engineering which has related to telecomm.s and comm.s can be sub categorised into telecomm.s engineering.

These has some of the most common examples that can be seen on the field of electrical engineering in India. Although given the fact that newer technologies use a lot of electrical engineering core ideas to create more unique gadgets. And also appliances makes the course of electrical engineering more relevant. Also more trending in the recent times therefore, we can say that there has new and more relevant branches. That has also being invented each day and some of them has as follows:. Power engineering, control engineering, also electronic engineering, microelectronics, signal processing. Telecomm.s engineering, instrumentational engineering, also computer engineering. Distribution engineering and also electro-optical engineering.

Q. What are the jobs that I can pursue after completing electrical engineering?

After the completion of the course, one can purse a whole lot of career options. Also which can benefit their skills and also allow them to improve them. Any electrical engineering graduate could also quickly pursue a career in job or a career in higher education. Which dives deeper into the certain field of specification, also that the student wishes to choose. Either way the student benefits from the vast array of way that also allow them to explore. Learn also a lot from what they have chosen to pursue. Since the field of electrical engineering is ever growing and also getting vast every day. It also makes the career all the more interesting. A place of learning also to stay on top of their game.

While there are vast number of jobs that a certain graduate could choose from. There is the risk factor also which comes along with it. It may also form a huge hurdle to the electrical engineering graduate. The key here has also to select the right career option which they interested in. Therefore allowing them to be naturally inclined towards the certain job. This makes it easier for the person to pursue their career and also learn at the same time. Some of the most also common career way as follows, electrical engineer, computer engineer. Hardware engineer, controls and management engineer, tele comm engineer and also electrical design engineer. Micro electrical engineer and also usages engineer.

Q. How much can I earn after completing the course?

When it comes to earning in the field of electrical engineering, it totally depends on the knowledge factor of the particular person. The among of skills they possess, also the level of practical intelligence and competence are also some of the key aspects that differentiates a good electrical engineer from an average electrical engineer. And given the true facts, we know that the field of electrical engineering is ever expanding and therefore, creating new opportunities every once in a while. It is very probable to find a job that well suits a person’s interests in the particular field and therefore paving the way for a decent pay. However, initial stages are always a little rigid when it comes to salary and earnings of an electrical engineer, and this does not apply to just this particular field, it is common in all the fields that provide a stable job and pay.

Coming to earning part of the question, earning can be little rigid like mentioned above, some may also vary from up to 1 – 2 lakhs per annum and some may also start from 2 – 3 lakhs per annum. This totally depends on the employer aspect of the job and also in some cases where the engineer prefers to start their own forum/business. This is also most likely to be the immediate earnings of an electrical engineering graduate in recent times.

Q. Do I have to write an entrance exam in order to pursue electrical engineering?

Yes! in order to pursue electrical engineering a candidate must attend entrance examinations that are conducted by the respective educational institutions. The goal of entrance examinations is also to ensure the level of knowledge which is possessed by the candidate who wishes to pursue the course. This allows both the educational institute and the candidate to analyse the level of knowledge which is realised from learning the necessary subjects in school. The results can turn out both ways, one where the candidate gets selected by scoring the right number of marks and thereby securing a seat in the desired educational institute.

The other scenario is where the candidate fails the secure the minimum marks that is required for being considered for a seat in the educational institute in order to pursue electrical engineering, this gives a chance to the candidate to realise the amount of knowledge that they have learned thus far and that they need to learn even more to pursue the course. Since the electrical engineering course requires a level of previously acquired knowledge from subjects such as mathematics, physics and chemistry, it makes it much easier for the candidate to understand the subject and also the teacher to educate them.

Some of the most common entrance examinations for electrical engineering are listed below: –

AIEEE – All India Engineering Entrance Examinations

AICET – All India Common Entrance Test

AMIE – Associate Membership of Institutions of Engineers

IIT JEE – Indian Institute of Technology Joint Entrance Examinations

Q. What are the main subjects that I have to study to clear the entrance exams?

The entrance examinations comprise of some basic level mathematics, physics and also chemistry from 6th grade to the 12th grade. These subjects has already taught in schools and you might have already learnt them too, but when it comes to entrance examinations, the questions has all concept based and not directly asked from the text books.

This has the area most students fail understand why they couldn’t clear the entrance examinations, this because as students we sometimes fail to understand the concept, and rather prefer to mug up the sums and concepts given in the books as such. This leads to a very deceptive method of learning where we learn extensively to gain marks rather than to gain knowledge and this eventually becomes our way of getting through a particular source of information, we tend to imagine and worry about the result more often rather than to understand the process.

As we progress, we need to understand that understand is the true way of progress and that blindly following something or mugging up the concepts would only lead to obstinance. Therefore, to clear any sorts of entrance examinations one must truly understand the concept, and not the problems or theories related to the concept alone. But coming back to the question, to clear the entrance examination for electrical engineering one must be through with all the concepts and theories that are related to the subjects of mathematics, physics and chemistry from the 6th to 12th grade.

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List of Universities offering Electrical Engineering
List of Universities