JOIN YOUR DESIRED COURSE

Eligibility

10+2 Passed with min 50% in PCM for GEN & 45% for SC/ST/OBC

Duration

4 Year

B.Tech EEE: What is it About? 
Electrical and electronic engineering course deals with the technological aspects of electricity, especially the design and application of circuitry and electronic equipment. 

Electrical & electronics engineering not only involves electrical appliances, but also involves computers, electronics, communication and mechanical fields.

Some of the reasons to pursue B.tech EEE course are-

  • High Demand: Electrical Engineering and Electronics Engineering are one of the most demanding and high paying career streams among the candidates who are interested to follow their passion for applied physics in electrical circuit design and electronics and communication streams. 

The demand for Electrical and Electronics engineering has drastically increased due to the increase in the manufacturing of electric vehicles and other electrical appliances, and other areas such as automation and instrumentation design,electrical circuit design etc.

  • Awesome pay packages:Average packages for B.tech graduates are on the higher side for both private and public organizations.
  • Great Scope: B.Tech EEE course trains the students with the necessary skills required in managing Electrical Appliance manufacturing sites and Electronic Gadgets manufacturing sites and actively involved in the research and development process. Its Syllabus is designed in such an effective way which helps the students to become technically strong, empowered to meet the challenges, and have a wide-ranging career.

B.Tech EEE Eligibility:
The eligibility criteria will differ from institute to institute for getting admission in B.tech EEE course.

  • The candidates should complete their 10+2 or equivalent examination from a recognized board having PCM as their main subjects with an aggregate mark of 55%.
  • Candidates will have to clear the cut-off of the entrance test if they wish to be eligible for taking admission in top most institutes.

What are the Future Scopes of B.Tech EEE?
A B.Tech EEE graduate can go for a job after completing its degree or pursue higher education such as Mtech or MBA. They also go for preparing various job-oriented competitive examinations. Let’s have a short look in all of these fields-

Mtech: M.Tech in Electrical and Electronics Engineering is a full-time program of two years. The applicants have to qualify the prestigious national level GATE Exam, which will allow them to get admission in the colleges which offer the course.There is a scope of variety in this field as the technology is always changing.

MBA: Once You do MBA Course then You will be having a chance to get good opportunities in the top companies and top business schools.

B.Tech EEE Candidates can go for any one of the below specializations such as-

  1. Banking Management
  2. Retail management
  3. Hospital management
  4. Marketing management

Competitive Examinations: GATE is a national-level engineering exam conducted every year for admission to postgraduate and doctorate level courses at IITs, NITs and IIITs. A Btech EEE graduate can prepare for GATE exams for getting admission in top institutions for doctoral degrees or they can prepare for various job-oriented competitive exams .

What are Job Prospects and Career Options after Btech EEE?

  • Electrical and Electronics Engineering graduates are among the moderate earners as compared to other engineering graduates depending on how soon they progress well in the field that is very highly competitive and highly crowded.
  • The Job roles offered will be of the highest level of employment owing to their knowledge and research-based experience that makes them qualified to handle job roles of higher pay salaries and of multiple domains. 

Some of the top job profiles a graduate can get after completing its Btech EEE degree-

Job Position Job Description Average Annual Salary
Electronics Engineer An experienced electrical engineer may seek a high paying job in project management, sales and service of electronic equipment, research and development and manufacturers to develop electronic products or systems etc. INR 4.0 LPA
Electrical Design Engineer Electrical Design Engineer design and lay out new electrical systems, create system models, test new systems etc. INR 3.88 LPA
Operation Engineer They support plant operations by identifying and solving operational problems. INR 4.14 LPA
Software Engineer  They develop the ways that software functions created by a software design team will work in an organisation/Company. INR 5.39 LPA
Project Manager Project managers lead and evaluate projects until they are finished and determine what necessary changes can be done for making them more valuable. INR 15.1 LPA

B.Tech EEE Syllabus:

Electrical and Electronics Engineering Syllabus consists of the following subjects which are pursed during this course:

SEMESTER I SEMESTER II
Engineering Mathematics– I Engineering Materials
Engineering Physics Environmental Science
Engineering Chemistry Basic Electrical and Electronics Engineering
Engineering Mechanics Engineering Physics-2
Computer Programming Basic Electrical Engineering Lab
Chemistry Laboratory Physics Laboratory
Physics laboratory Computer ProgrammingLab
SEMESTER III SEMESTER IV
Electric Circuit Analysis Transducer & Sensors
Data Structure & Algorithms Linear Control System
Circuit Theory & Networks Pulse and Digital Circuits
Electrical Machines-1 Analog Electronic Circuits
Electric Circuits Lab Digital Circuits Laboratory
Electrical Machines Laboratory Digital Electronics Lab
SEMESTER V SEMESTER VI
Power Electronics Power System Analysis
Power System Protection Department Elective III, IV
Microprocessors and applications Electives Laboratory
Control System Utilization of Electrical Energy
Discrete Transforms And Signal Processing Digital Signal Processing
Transmission and Distribution Energy Engineering
Electronics Instrumentation Laboratory Power Electronics Lab
Power Electronics Equipments Lab Microprocessor Lab
SEMESTER V SEMESTER VI
Industrial Management Flexible A.C. Transmission Systems
Solid State Drives Advanced Control Systems
Power System Operation And Control Final Project
Power System Laboratory Comprehensive Viva Voce

Admission Process for B.Tech in Electrical & Electronics Engineering:

Instructions: Keep ready the following scanned documents before filling the Admission Form:   

* Student's passport-size photo. 

* Scanned copy of Aadhaar card. 

* Scanned copy of 10th certificate & marksheet. 

* Scanned copy of 12th certificate & marksheet. 

* 12th transfer certificate & migration (optional).

Step 1: 

Click here to Sign Up.

Step 2:

Log in student Log In section. 

Step 3:

Fill up the Apply Now form, upload all necessary documents properly and submit.

Step 4:

After getting the seat confirmation, proceed with the Admission Payment.

Step 5:

Once Payment is successful, kindly wait for 24 to 48 hours to receive the Admission Letter. Once the admission letter is received means your admission is successful. 

*Note: Team ADMISSION DUNIYA & College/University authority will keep you updated about the Reporting, Commencement of Classes and Balance Payments, etc. For more information, you can Call or WhatsApp us at +91-70990 92900 Monday to Saturday from 10:00 AM to 06:00 PM. 

FAQ

B.Tech in Electrical and Electronics Engineering is a four-year undergraduate program that focuses on the study of electrical systems, electronics, and their applications in various industries, preparing students for a career in engineering.

Candidates typically need to have completed their 12th grade with a background in science, particularly in physics, chemistry, and mathematics. Admission may require passing entrance exams like JEE or specific university-level tests.

The curriculum usually includes subjects such as circuit theory, electrical machines, control systems, signal processing, power systems, digital electronics, microprocessors, and communication systems.

Students will develop skills in designing, analyzing, and troubleshooting electrical and electronic systems, along with programming, problem-solving, critical thinking, and hands-on experience with laboratory equipment.

Graduates can pursue careers as electrical engineers, electronics engineers, design engineers, power system engineers, control engineers, project managers, and researchers in various industries, including manufacturing, telecommunications, and energy.

Yes, most B.Tech programs emphasize practical training through laboratory sessions, projects, internships, and industry visits to provide hands-on experience in real-world applications.

Electrical and electronics engineers are in demand across various industries, including telecommunications, automotive, power generation, consumer electronics, automation, and aerospace.

Yes, graduates can pursue higher studies such as a Master’s degree (M.Tech or M.S.) in specialized fields of electrical and electronics engineering or related areas, as well as pursuing Ph.D. programs for research.

Internships provide valuable practical experience, industry exposure, and networking opportunities, enhancing employability and helping students apply theoretical knowledge to real-world problems.

Current trends include the development of renewable energy technologies, advancements in automation and robotics, Internet of Things (IoT) applications, smart grids, and emerging communication technologies like 5G.

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