B.Tech In Electrical & Electronics Engineering Course at Amity University

Published by : stepincollege

B.Tech Electrical & Electronics Engineering Course at Amity University 


B.Tech EEE is a 4-year electrical and electronics engineering undergraduate degree program. This course covers a variety of topics related to the use of electronics, electromagnetism, and the role of different electrical components in the development of modern and advanced electrical equipment, among other things. It focuses primarily on fundamental engineering principles and their implementation in various electrical machinery and related fields such as electrical circuit design, automation, vehicle manufacturing, electronics design, smart city planning, smart grid, and so on. B.Tech EEE is concerned with the design and maintenance of electrical equipment, automation, appliance circuit design, vehicle manufacturing, Electronic device manufacturing, Electrical Vehicle manufacturing, Humanoid Bot development, circuit, electrical system research, powerhouses maintenance, Hydro-electric plant maintenance, communication, and control system design, among other things.

Semiconductor Physics, Digital Grid Design, Circuit Analysis, Power System, Digital Electronics, and Embedded Systems are only a few of the relevant subjects covered in B.Tech EEE.

The two most critical sectors in any country are power generation and power plant management. Power and energy are critical components of people's lives as well as the nation's growth. As a result, there is a critical shortage of qualified Electrical Engineers in the region. B.Tech in Electrical Engineering is one of the most common courses among engineering students because there are many work opportunities in this area. The course prepares students to understand the processes, techniques, and devices that are critical in the development of electricity. Electrical engineers are needed by a variety of industries and businesses. The above are the top electrical engineering recruiters in India. The recruitment process for organizations such as Indian Railways, Coal India Limited, ISRO, NDMC, and others are based on a written test and an interview.


Eligibility Criteria for B.Tech Electrical & Electronics Engineering

Applicants must have received a minimum of 50% in their 10+2 with PCM from a recognized board in order to be considered.


Selection Proces for B.Tech Electrical & Electronics Engineering

Admission to B.Tech and integrated courses is based on a clear Amity-Joint Entrance Exam score (Amity-JEE). However, the candidate's overall performance in the Entrance Test, as well as his or her academic merit, are the final requirements for admission.


Program Fee for B.Tech EEE

1st Year Non Sponsored Semester Fee (Rs. in Lacs): 0.90


Duration for B.Tech Electrical & Electronics Engineering

This program will take 4 years to complete.


Course Curriculum Syllabus for B.Tech Electrical & Electronics Engineering


Semester 1

Semester 2

Applied Mathematics – I

Applied Mathematics II

Applied Physics I Fields & Waves

Applied Physics - II Modern Physics

Applied Chemistry

Object-Oriented Programming using C++

Element of Mechanical Engineering

Object-Oriented Programming using C++ lab

Introduction to Computers & Programming in C


Basic Electrical Engineering

Behavioural Science – II (Problem Solving and Creative Thinking

Applied Physics Lab

Applied Physics - II – Modern Physics lab

Applied Chemistry Lab

Engineering Mechanics

Element of Mechanical Engineering Lab

Environmental Studies

Programming in C Lab

Engineering Graphics

Basic Electrical Engineering lab

Engineering Mechanics lab


Engineering Graphics lab

Behavioural Science I (Understanding Self for Effectiveness)












Semester 3

Semester 4

Applied Mathematics - III

Digital Circuits & Systems - I

Analog Electronics - I

Electric Machine - II

Circuits & Systems

Analog Electronics - II

Electrical Machine-I

Control System

Java Programming

Digital Circuits & Systems-I Lab

Analog Electronics-I Lab

Electric Machine Lab - II

Circuits & Systems Lab

Analog Electronics II Lab

Electrical Machine Lab - I

Power Plant Engineering

Java Programming Lab

Communication Skills - II

Communication Skills - I

Understanding self for effectiveness - IV

Understanding Self for Effectiveness- III

Renewable Energy Technology

Signals & Systems

Electromagnetic Field Theory

Measurements & Instrumentation










Semester 5

Semester 6

Communication Skills - III

Communication Skills - IV

Understanding self for effectiveness-V

Understanding self for effectiveness - VI

Microprocessor and Microcontroller Systems

Power Electronics

Modern & Digital Control Engineering

Power System Analysis

MATLAB theory and practices

Utilization of Electric Power

Practical Training (Evaluation)

Power Electronics Lab

Digital Circuits & Systems - II

Power System Lab

Microprocessor and Micro Controller Lab

Transmission and Distribution System

Computer System Architecture

Data Structures and IT

Substation Engineering

Switched Mode Power Supplies

Process Control Engineering










Semester 7

Semester 8

Power System Engineering

Flexible AC Transmission Systems

High Voltage Engineering

Electrical Drives & Control

Power System Protection

Major Project

Substation Engineering

Optimization Techniques and Algorithms

Power Simulation Lab

Smart Grid Technology

High Voltage Engineering Lab


Electrical Simulation Lab




Communication Skills – V


Understanding self for effectiveness – VII











Electronics Engineering Lab:

  • Orcad Lab
  • Digital Image Processing
  • Mat Lab
  • Microwave Engineering Lab
  • Control Systems Lab
  • Embedded Systems Lab
  • Digital Circuits & Systems Lab
  • VHDL Programming Lab
  • SI Design Lab
  • Digital Signal Processing Lab
  • Microprocessor Systems Lab
  • Radar & Satellite Communication Lab
  • Optical Communication Lab
  • Ele ctrical Machines Lab
  • Measurement and Control Lab
  • Instrumentation Lab
  • Telecommunication Lab
  • Communication Systems Lab
  • Analog Electronics Lab
  • Electronics Lab
  • Electrical Science Lab
  • Circuits and Systems Lab
  • Digital Circuits and Systems Lab
  • Digital Electronics Lab


Job Prospects and Career Options for B.Tech EEE

Electrical and Electronics Engineering graduates gain moderately relative to other engineering graduates, based on how quickly they advance in a profession that is extremely competitive and crowded. Because of their expertise and research-based experience, the work roles offered will be of the highest level of jobs. They will be able to handle job roles with higher pay wages and various domains.


Top Recruiters

  • Jacobs
  • TATA Steel
  • IBM
  • Think & Learn
  • Ashiana
  • Mahima Group 
  • Capgemini
  • Bentley
  • Harley-Davidson
  • Toyota


Scholarship Eligibility for B.Tech EEE

Applicants must meet any of the following criteria in order to be considered for a scholarship.


Eligibility for a Scholarship at 100%: 93 percent or higher in the aggregate in CBSE or ISC Board Class XII-2021/2020 (excluding Physical Education/ Fine Arts/ Performing Arts/ Vocational/ Non-Written Subjects).


Eligibility for a Scholarship at 50%: 88 percent or higher in aggregate in CBSE or ISC Board Class XII-2021/2020 (excluding Physical Education/ Fine Arts/ Performing Arts/ Vocational/ Non-Written Subjects).


Eligibility for a Scholarship 25%: In CBSE or ISC Board Class XII-2021/2020, 75 percent or higher in aggregate (excluding Physical Education/ Fine Arts/ Performing Arts/ Vocational/ Non-Written Subjects).


Institute: Amity School of Engineering and Technology


Amity School of Engineering and Technology (ASET) was established in 2007 and offers a diverse collection of programs that include modern engineering and technical courses and cover a wide range of engineering and technological topics. Computer Science & Engineering, Information Technology, Civil Engineering, Mechanical Engineering, Chemical Engineering, Electronics & Communication Engineering, and Electronics & Electrical Engineering, as well as modern streams like Solar & Alternative Energy, are among the courses offered by ASET. ASET offers a variety of undergraduate and graduate programs.


The way we live has been transformed by modern technology. Technology is bridging the gap between people, bringing people from various cultures and backgrounds closer together. Technology has infiltrated our lives in order to make our environments more comfortable. It has enabled people to achieve feats that were unimaginable only a few years ago. These advancements were made possible by scientists and technocrats who worked tirelessly to create an atmosphere conducive to learning and living with modern engineering.


ASET is dedicated to providing intellectual rigor and a diverse learning atmosphere for the holistic growth of technology leaders, echoing the same views. ASET is proud of its distinguished students, who are leaders in engineering and technology fields at a variety of reputable technical hubs around the world.

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