Duration
4 Years
Average Fees
INR 25,000 - 2 LPA
Updated on Jan 4, 2023 by Roumik Roy
Updated on Jan 4, 2023 by Roumik Roy
The BE EEE syllabus is designed for four years with eight semesters. The course deals with the understanding, designing, and developing of different parts of the products that are required for the application of electronic equipment. The common BE EEE subjects are Applied Physics, Applied Mathematics, Electrical Science, Manufacturing Process, etc.
The Bachelor of Engineering Electrical and Electronic syllabus is designed with the objective to have an overall understanding of circuitry and electronic equipment. The core subjects give a strong understanding of the advanced concepts of the course. The elective paper helps to find an area of interest in their field. The BE EEE course focuses on imparting fundamental concepts related to the electrical field.
The semester wise BE EEE syllabus for this course is given below:
Semester I |
Semester II |
Applied Mathematics – I |
Applied Mathematics – II |
Applied Physics – I |
Applied Physics – II |
Applied Chemistry – I |
Applied Chemistry – II |
Manufacturing Process |
Introduction to Programming |
Introduction to Computers and Autocad |
Engineering Mechanics |
Communication Skills – I |
Electrical Science |
Impact of Science & Technology on Society |
Communication Skills – II |
Semester III |
Semester IV |
Applied Mathematics – III |
ElectroMechanical Energy Conversion – II |
Analog Electronics-I |
Analog Electronics-II |
Circuits & Systems |
Power System – I |
Electrical Engineering Materials |
Control Engineering – I |
ElectroMechanical Energy Conversion – I |
Electromagnetic Field Theory |
Data Structures |
Power Station Practice |
Semester V |
Semester VI |
Digital Electronics |
Microprocessor |
Object-Oriented Programming using C++ |
Power System– II |
Communication Systems & Circuits |
Power Electronics |
Electrical Measurement & Instrumentation |
Digital Signal Processing |
Database Management Systems |
Utilization of Electrical Energy |
Organizational Behavior |
VLSI Design & its Applications |
Semester VII |
Semester VIII |
Electrical Drives |
Advanced Control Systems |
HVDC Transmission |
Flexible A.C. Transmission Systems |
Electives |
Electives |
The Bachelor of Engineering Electrical and Electronic subjects consist of core and elective papers. While minor variations in the structure of the curriculum may be observed in some colleges, the curriculum is strictly maintained in most colleges across the nation.
Some of the BE EEE subjects lists is:
The BE EEE course aims to enhance the ability to understand the advanced concepts related to the electrical and electronic fields. In the first year, the students are taught theoretical concepts to get through them. Also, the students are exposed to real-time experience through attending internships. There is also project submission at the end of the final year.
The BE EEE course structure includes:
The BE EEE course imparts different teaching methodologies. Apart from the classroom training, the students can choose their specialization and get trained through the option called elective papers in their curriculum. The industrial visits also help students to get trained in the designing of circuits and digital equipment. Some of the BE EE teaching methodologies and techniques are:
The BE EEE projects are to be completed by the end of the fourth semester. Projects for BE EEE assist students in getting hands-on experience and training in industrial work. Some popular BE EEE project topics are:
The BE EEE books are available either online or offline for the students. The entire article for the BE EEE course is also uploaded on the internet in PDF format. The reference books help the students to have a better understanding of the concepts and ideas. Some of the popular BE EEE reference books are:
Name of the Book |
Name of the Author |
Basic Circuit Theory |
Desoer and Kuh |
Analysis and Design of Analog Integrated Circuits |
Gray & Meyer |
The Art of Electronics |
Horowitz and Hill |
Foundations of Analog and Digital Electronic Circuits |
Morgan Kaufmann |
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