B.Tech Electrical and Electronics Engineering is a 4-year undergraduate course that deals with the study of electricity, electromagnetism, and their applications in various domains such as transport, appliances, machinery, etc. After completing B.Tech EEE in India, graduates can pursue further education, research-based work, or job opportunities in government or private firms.

B.Tech Electrical and Electronics Engineering (EEE) Course Details

Degree Bachelors
Full Form Bachelor of Technology in Electrical and Electronics Engineering
Duration Course Duration of Bachelor of Technology [B.Tech] (Electrical and Electronics Engineering) is 4 Years.
Age No age limit
Minimum Percentage 50% - 60% in 10+2 with Physics, Chemistry, and Mathematics as compulsory subjects
Average Fees Incurred INR 25K - 2.5 LPA
Average Salary Offered INR 3.8 LPA [Source: Payscale]
Employment Roles Electrical Engineer, Software Engineer, Senior Software Engineer, Senior Electrical Engineer, Systems Engineer, Software Developer, Electrical Design Engineer, Project Engineer, Test Engineer etc.

About B.Tech in Electrical and Electronics Engineering

B.Tech EEE full form is Bachelor of Technology in Electrical and Electronics engineering course equips the students with the knowledge and skills required to work in the field of electricals and electronics. According to the American Heritage Dictionary of the English Language B.Tech EEE means, “The branch of engineering that deals with the technology of electricity, especially the design and application of circuitry and equipment for power generation and distribution, machine control, and communications.”

B.Tech Electrical and Electronics Engineering subjects like digital circuits, integrated circuits, electromagnetic field theory, and microprocessors help the aspirants gain a sound knowledge of the specialized topics in the electrical and electronics engineering discipline.

B.Tech EEE students' job scope is spread across different areas such as railways, IT, telecommunications, army, automobiles, and many more.

Essential tools and technologies used by electrical and electronic engineers: 

  • Voltmeter
  • Socket Set
  • Current Probes
  • MATLAB
  • Arduino
  • PartSim Simulator
  • AutoCAD
  • Atmel Studio

Table of Contents

Eligibility Criteria for B.Tech Electrical and Electronics Engineering

The eligibility criteria for B.Tech EEE aspirants are as follows:

  • The aspirant should have passed 10+2 with Physics, Chemistry, and Mathematics as compulsory subjects.
  • The minimum required percentage for 10+2 is 50%, with an aggregate of over 60% in Physics, Chemistry, and Mathematics.
  • Post the completion of 10+2; the aspirants are required to qualify for one of the national or state level entrance exams as specified by the university of their choice. 
  • The board exam score, entrance exam cut-off, and additional criteria may vary from one university to another.
  • Lateral admission to the second year of B.Tech EEE is available to those who have completed a Diploma in Electrical and Electronics Engineering and other associated streams post Class 10.
  • The students should not have pending compartment exams in any of the subjects in 10+2/Diploma level during admission to B.Tech EEE.
  • Aspirants belonging to the reserved category need to present their reservation certificate issued by the respective authorities to benefit.

How To Get Admission for B.Tech Electrical and Electronics Engineering?

Admission to the B.Tech EEE course is based on the entrance exam and board exam scores. Some of the entrance exams are common for all B.Tech programs—for example, JEE. However, like the SRM and BITS, individual universities require aspiring students to qualify for specific entrance exams.The cut-offs vary depending on the university of choice.

Management quota is another way to get admission to the B.Tech EEE course in some private engineering colleges. Here, the aspirant is required to pay a lump-sum donation fee to secure their seat.

Once the entrance exam results are declared, the universities announce their cut-off and begin the admission process. Though there is variation in the admission process, here are the general steps one needs to follow to get admitted:

How to Apply?

Due to the current pandemic situation, colleges are taking admissions online. The aspirant needs to visit the college’s official website and submit the required details such as name, contact number, course name, etc. Alternatively, one can register offline by visiting the college in person, filling out the application form and submitting the necessary documents.

Selection Process

After the application is accepted, some colleges may conduct a final round of group discussion or interview. The selection process differs from one college to another.

Engineering is one of the most popular courses taken by students after Class 12. The primary selection procedure for undergraduate engineering courses in India involves entrance exams. To appear for the entrance exams, the aspirant must have passed Class 12 with physics, mathematics and chemistry as compulsory subjects.

The entrance exams are the same for all specializations of engineering. Please note that some colleges require aspirants to qualify for specific entrance exams. The cut-offs and other criteria may vary based on the chosen discipline and college. To secure admission in renowned Indian institutes, aspirants will have to perform well in the entrance exams and ensure good ranks.

A merit list of qualified applicants is published after the exam, and the college or university invites them for the admission procedure. Post the admission process, the seats are allotted, and students are asked to pay the fees and register for the academic year.

Below is a list of the most popular engineering entrance exams:

A Quick Glance at the B.Tech Electrical and Electronics Engineering Entrance Exams

The eligibility criteria for the entrance exams mentioned above vary according to the respective conducting bodies. Few commonalities of these popular entrance exams are listed below:

  • The mode of examination could be online or offline (Optical Mark Recognition-based). 
  • The exams test logical reasoning ability and subject knowledge.
  • The paper includes objective-type questions from Chemistry, Physics and Maths.
  • The exams generally last for 2 - 3 hours, depending on the exam being attempted.
  • The exam syllabus, mode of exam, and paper pattern may differ per the conducting body or university.

Top 10 B.Tech Electrical and Electronics Engineering Colleges in India

Below is the list of the ten best B.Tech Electrical and Electronics Engineering Colleges in the country, according to NIRF:

B.Tech EEE Top Colleges in India
NIRF Ranking Top Colleges for B.Tech Electrical and Electronics Engineering
1 IIT Madras
5 IIT Kharagpur
7 IIT Guwahati
9 NIT Trichy
14 Anna University Chennai
19 NIT Warangal
20 Amrita School of Engineering Amritapuri
22 NIT Calicut
 32 Amity University Noida
37 SASTRA University Tanjavur

Fee Structure for B.Tech in Electrical and Electronics Engineering

The B.Tech EEE fees vary between colleges/universities depending on the infrastructure and facilities. The average course fees range from INR 25K to 2.5 LPA. The fee payment can be made yearly or semester-wise, as specified by the university.

B.Tech EEE Fees Structure
S.No College Fee Structure
1 Indian Institute of Technology, Madras INR 9.1 Lakhs
2 Indian Institute of Technology, Kharagpur INR 8.38 Lakhs
3 National Institute of Technology, Tiruchirapalli INR 5.65 Lakhs
4 National Institute of Technology, Warangal INR 4.2 Lakhs
5 Amity University , Noida INR 10 Lakhs

Syllabus and Subjects for B.Tech in Electrical and Electronics Engineering

B.Tech EEE course involves a credit-based system and wherein the aspiring students can select electives subjects. The syllabus includes common engineering subjects, core electrical and electronic subjects, practicals and projects. The list below is a set of subjects based on B.Tech Electrical and Electronics Engineering curriculum of various universities.

  • Digital Signal Processing
  • Analog and Digital Integrated Circuits
  • Measurement and Instrumentation
  • Digital Electronics
  • Microprocessor and Microcontroller
  • Power Systems

Read More about B.Tech EEE Syllabus and Subjects

Why Choose B.Tech in Electrical and Electronics Engineering?

Those who are curious about the working of daily appliances and have tried their hand at electrical projects are more likely to enjoy studying B.Tech EEE. The answer to the question above is simplified by asking the three short questions below:

What is B.Tech Electrical and Electronics Engineering All About?

B.Tech in Electrical and Electronics Engineering course is structured to understand the fundamental engineering concepts first and then progress to the core electrical and electronics engineering subjects. The syllabus also covers technical English to enhance the students’ communication skills. The B.Tech EEE course equips the students with the technical knowledge and skills needed to work in all domains within electrical and electronics engineering.

What Does an Electrical and Electronics Engineer Do?

B.Tech EEE students can choose to work in various fields and job roles such as electro-mechanical technician, sales engineers, etc. The following are the functions performed by electrical engineers in general:

Product Development: Electrical engineers come up with innovative ideas to utilize electricity.

Supervise Projects: One of the responsibilities of electrical engineers is to coordinate with project managers to ensure that project timelines and costing are met.

Direct: The electrical engineers control the manufacturing and testing of electrical appliances to meet requisite codes and specifications.

Complaint Investigation: Attending customer grievances and recommending solutions is another crucial function played by electrical engineers.

Below mentioned are some functions of electronics engineers:

System evaluation: Recommending enhancements and corrective actions based on evaluation are among the many functions of electronic engineers. 

Product Designing: Electronic engineers design systems, products or softwares for medical, scientific or commercial purposes.

Inspect Equipment/Systems: To meet safety standards and regulations, electronic engineers inspect instruments and systems.

Develop Testing Procedures: They develop procedures for both maintenance and testing of electronic parts/systems.

Reasons Why Electrical and Electronics Engineering Can Fetch You a Rewarding Career?

Salary: According to Payscale, the average salary of a B.Tech Electrical and Electronics Engineer in India is INR 3.8 LPA. The salary increases with an increase in experience and can grow to INR 10 LPA or more. Additional factors, such as communication skills and specialized technical skills, influence the salary package.

Job Growth: Electrical and electronic engineers can grow to higher positions throughout their career. Some higher job roles include senior hardware engineer, program manager, product management director, I.T. team leader, and deputy general manager.

Demand for Electrical and Electronic Engineers: With the advancement in technology, electrical and electronic engineers' job scope is increasing. They can seek job opportunities in I.T. companies, research laboratories, financial institutes, etc. 

Read More about B.Tech EEE Jobs

Preparation Tips for B.Tech in Electrical and Electronics Engineering

B.Tech EEE aspirants can have a look at the points below to prepare for the course:

Plan in Advance: Planning in advance gives a competitive advantage to excel in the B.Tech EEE course. 

Get Familiar with the Syllabus: Please be sure to recognize the subjects that are difficult to grasp to allot more prep time for the same.

Build up Fundamentals: The more robust the basics, the better the understanding of the core engineering subjects. Brush up on Class 10 and Class 12 syllabus.

Scope For Higher Education

The higher education after B.Tech EEE increases the likelihood of bagging a higher salary package in reputed firms. B.Tech EEE graduates wanting to study further can opt for M.Tech/M.E courses in India and overseas. Following are a few M.Tech/M.E courses offered in India:

  • M.E in Industrial Drive and Control
  • M.Tech in Electrical and Electronics Engineering
  • M.Tech in Applied Electronics
  • M.Tech in Electrical Energy Systems
  • M.Tech in Power Apparatus and Control 

An alternative to M.Tech/M.E is short-term certificate courses in C-DAC, automation, programming language, solar panels, power systems and robotics. These courses are highly specialized and improve job prospects for B.Tech EEE graduates. Graduates interested in acquiring business skills can go for an MBA as well. 

Salary of a B.Tech Electrical and Electronics Engineer

According to Payscale, B.Tech Electrical and Electronics Engineering, fresh graduates get an average INR 3.8 LPA salary. However, this package depends on the city, skills, company, job title, etc.

For instance, the average salary for the application engineer title is around INR 4 LPA. In comparison, an electrical engineer may draw approximately INR 5 LPA on average.

Read More about B.Tech EEE Salary

Career Options After B.Tech Electrical and Electronics Engineering

B.Tech Electrical and Electronics graduates' job profiles are spread across verticals and in both government and private sectors. The below-listed fields are some of the options students can aim for job opportunities:

  • Automobile Industry
  • Medical Industry
  • Machinery Industry
  • Aeronautics Industry
  • Software Industry
  • Telecommunication Industry

B.Tech EEE students can consider seeking jobs in the following companies in the government sector:

  • Bharat Heavy Electricals Limited (BHEL) 
  • Reserve Bank of India (RBI)
  • Kudremukh Iron Ore Company Limited (KIOCL)
  • Hospital Services Consultancy Corporation India Limited (HSCC)
  • Electronics Corporation of India Limited (ECIL)
  • Indian Railway Service, and many more.

Skills That Make You The Best Electrical and Electronics Engineer

The electrical and electronics field is crucial to many industries to ensure smooth operation. Electrical and electronics engineers’ job requires the following skills to be able to deliver the best service: 

  • Circuit Designing Skill
  • Numerical Skill
  • Programming Skill
  • Critical Thinking Skill
  • Troubleshooting Skill
  • Organizational Skill
  • Analytical Skill
  • Communication Skill
  • Ability to work under pressure

Frequently Asked Questions

1.

What are the specializations available under Electrical and Electronics Engineering?

The are several specialization fields that are available for the graduates of B.Tech Electrical and Electronics Engineering out of which they can branch out. Some of the Electrical applications specializations include Power Systems and Power Electronics, VLSI Systems and design, Control Electronics, Microelectronics, etc and some of the electronics specializations include robotics systems, autotronics, Signal Processing, Virtual Instrumentation, Automation, etc. out of which students can branch out based on their interests.

2.

What after Undergraduate in Electrical and Electronics Engineering?

Graduates have several options to pursue after the completion of the Electrical and Electronics Engineering course. Graduates can opt to pursue higher studies such as M.tech/M.E in several Indian Institutes and abroad. Students can also take up research-based studies offered in several research institutes across the country.

3.

What are the major differences between Electrical Engineering and EEE?

Electrical Engineering is an undergraduate course that provides an in-depth focus on applied physics in electrical systems and construction, design, and manufacturing of electrical machinery. The subjects pursued are of pure electrical subjects which can be used even for analysis purposes.Whereas Electrical and Electronics engineering provides an in-depth focus in both electrical systems and electronic systems and application of electrical concepts in analyzing various characteristics of electronic devices that are used in several applications.

4.

Why a career as an Electrical and Electronics Engineer?

Electrical and Electronics Engineering graduates play a vital role in day to day life as life without electronics applications is difficult to think of. They often play key roles in Vehicle manufacturing sectors, Home appliances sectors, mobile and laptop manufacturing sectors, etc which are in the development stages and they also play key roles in machinery production and grid development domains. Electrical and Electronic Engineers have tremendous scopes in the future and the current job scopes are higher than usual.

5.

What are some of the best-paid jobs for Electrical and Electronics Engineers in India?

Some of the best-paid jobs include government firms such as ONGC, Indian Army, Indian Navy, DRDO, etc and some of the best paid private firms include HCL, Accenture, Bosch Electrics, Siemens, Samsung, Renault Nissan, etc.

See Various Bachelor of Technology [B.Tech] (Electrical and Electronics Engineering) Colleges in India

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