Overview

BE EEE is an undergraduate program for the duration of four years that deals with imparting knowledge and applying the ideas of Electrical and Electronics Engineering to find solutions to industry-oriented problems and issues. The main job roles for BE EEE graduates are Research Engineer, Broadcast Engineer, Graduate Engineer Trainee, etc.

Why Choose BE EEE?

Students often wonder about BE EEE details before choosing the course. Before deciding on a career, students come across queries like, "What is BE in EEE?" and "Why choose BE in EEE?”. To clearly understand answers to these questions, we have framed the following three pointers:

What is BE EEE All About?

The course is career-oriented around electronic and electrical systems with lucrative job scope and vast opportunities for employment. The BE EEE courses in India include Electrical Technology, Computer Programming & Information Technology, Applied Mathematics, Applied Physics, Analog Electronics, and Electro-Mechanical Energy Conversion among the more significant and technically astute subjects in the curriculum.

What Does a BE EEE Graduate Do?

The BE EEE graduates get job opportunities in the private and government sectors. They have great demand in the companies concerned with installation, operation, and maintenance of electronic equipment and systems. The graduates have job opportunities in industries such as Power Industry, Electronic Appliance Manufacturing Industries, Automobile Industries, Robotics, Aerospace and In Industrial Research.

Engineering Manager: BE EEE graduates can play a role as Engineering Manager. They can plan, design, evolve management strategies, coordinate and oversee the overall technical and engineering, and functioning of an organization.

Syllabus

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

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