B.Tech in Electronics & Communication Engineering Syllabus

Electronics & Communication Engineering


B.Tech in Electronics & Communication Engineering Course Details

The B.Tech Programme in Electronics and Communication Engineering aims to produce specialists capable of designing significant, relevant, and powerful electronics and communication systems. Through practices like Analog & Digital Communications, Digital Logic & Circuits, Coding & Information Theory, the B.Tech Electronics & Communication Engineering curriculum equips students with a solid foundation in electronics and communications engineering basics.

We are one of Gujarat's top Electronics and Communication Engineering colleges here at Indus University. A Bachelor's Degree in Electronics & Communication Engineering is available through the Department founded in 2008. (B.Tech). The Department features highly qualified and experienced faculty members who have advanced degrees and are specialists in many subjects, making it the best Electronics & Communication Engineering college in Ahmedabad, Gujarat.

Students in the B.Tech programme in Electronics and Communication Engineering use what they have learned by working on mini-projects directly applying to the industry. This not only narrows the gap between theory and practice but also prepares the student to address difficulties in the present and future of the industry.

FRC Approval : Fees Rs. 101,000/- Yearly  

Course Details


Admission Process
Eligibility
Electronics & Communication Engineering outcome at Indus University
Laboratory for Electronics & Communication Engineering
Opportunities for Electronics & Communication engineers
Placement

The Admission Committee for Professional Courses (ACPC) will admit students based on merit on 50% of the sanctioned strength for each course. The student needs to register himself with ACPC after the result. 

50% seats of the sanctioned strength of each course are Management Quota, admission of which is handled by the institute as per guidelines of ACPC. 

Minimum Aggregate 45% in Physics, Chemistry & Mathematics, Theory exam in H.S.C. of any boards. 

Course Duration 
4 Years (8 Semesters) 

Engineering proficiency: To tackle complicated engineering problems, utilize your knowledge of mathematics, science, engineering fundamentals, and an engineering speciality.

Analysis: Using the fundamental concepts of mathematics, the natural sciences, and engineering, formulate, identify, assess research writings, and analyze complex engineering challenges to obtain validated conclusions.

Design & development solutions: Consider safety hazards, cultural and environmental considerations, and design solutions for challenging technical problems and system components or methodologies that adequately address the indicated needs.

Sustainability and Environment: Demonstrate an awareness of the impact of professional engineering solutions in societal and environmental contexts and the importance of long-lasting developments.

Individual and teamwork: Effectively perform independently, in varied groups, and in leadership roles in multidisciplinary situations.

Communication: Communicate widely about challenging engineering tasks with the engineering community and the general public, for example, by comprehending and writing robust reports and design documentation to provide persuasive presentations and get precise instructions.

Project management: Apply engineering and management ideas to one's assignment as a team member and leader to work on projects and in multidisciplinary backgrounds, demonstrating detail and comprehension in both areas.

All laboratories are well-equipped with the latest & updated hardware and software instruments to support learning dissemination in the classroom and provide hands-on practical experience.

Instrumentation & Control

This laboratory aims to acquaint the student with essential laboratory equipment, including personal computers and circuit simulators like Pspice, as well as energy metres, multimeters, frequency counters, voltmeters, and ammeters. Another goal is comprehending proper laboratory methods and techniques and reinforcing academic knowledge through experience and vice versa.

Electronics & Communication

This laboratory deals with the analysis and manipulation of signals. Signals can be either analogue, where the signal varies continuously according to the information, or digital, which varies according to a series of discrete values representing the information. For analogue signals, signal processing may involve amplifying and filtering audio signals for audio equipment or modulation and demodulation of signals for telecommunications.

Signal Processing & Simulation

This laboratory handles the understanding and practical instruction of various signal processing techniques and algorithms. It offers plenty of chances for students to comprehend numerous projects using numerous signal processing approaches. The development and implementation of algorithms in MATLAB and D.S.P. Processors are encouraged for students. In addition to performing the tasks mentioned earlier, this lab helps students complete minor and major projects in signal processing.

Antenna & Microwave

This lab exposes students to the design of antennas and circuits that operate at R.F. or higher frequencies. Microwaves now affect everyone. Microwaves are helpful when we watch television or make long-distance calls. After conducting hands-on laboratory experiments, students better understand how microwaves are used in communication, health care, national security, alarm systems, and police speed traps. In order to model and optimize the numerous microwave components and various practical antennas, students receive hands-on training in the HFSS programme.

Digital & Network

The student's understanding of the physical principles and practical applications of digital and electronic equipment is made possible by this laboratory. As a result, it makes them effective managers for finding and replacing defective components. Microprocessor-based systems have a solid reputation for importance. Only the world of Digital computers has found a home in every aspect of life since the invention of the microprocessor. This technology has a wide range of industrial applications for managing and effectively operating machinery.

Analog Electronics

This laboratory focuses on designing and testing electrical circuits that achieve certain functionality by utilizing the electronic characteristics of parts such as resistors, capacitors, inductors, diodes, and transistors. Undergraduate students can receive basic hands-on training in this lab.

The students of Electronics and Communication Engineering can make an exciting career in Electronics Manufacturing Organisation, Health Care Equipment Manufacturing, Telecommunication, Power Electronics, and various other industries including steel, petroleum, and chemical and IT, Mobile Communication Internet Technologies, etc.

Types of job roles for Electrical & communication engineers 

  • Electronics Engineer
  • Communications Engineer
  • Technical Director 
  • Network Planning Engineer
  • Service Engineer
  • Electronics Technician
  • Electronics Design Engineer 
  • Desktop Support Engineer 
  • Electronics and Communication Consultant
  • Field Test Engineer
  • Electronics Device and Development Engineer

The Training & Placement Department (T & P Dept.) at Indus University has a separate team that bridges two essential ends: academia and industry. It demonstrates a link between educational institutions, university departments, and businesses.

The focal point for career counselling for university students pursuing studies in all programmes and streams is the Training & Placement Department (T & P Dept.). It provides students with comprehensive career options by assisting them in choosing and pursuing their ideal vocations.

The Admission Committee for Professional Courses (ACPC) will admit students based on merit on 50% of the sanctioned strength for each course. The student needs to register himself with ACPC after the result. 

50% seats of the sanctioned strength of each course are Management Quota, admission of which is handled by the institute as per guidelines of ACPC. 

Minimum Aggregate 45% in Physics, Chemistry & Mathematics, Theory exam in H.S.C. of any boards. 

Course Duration 
4 Years (8 Semesters) 

Engineering proficiency: To tackle complicated engineering problems, utilize your knowledge of mathematics, science, engineering fundamentals, and an engineering speciality.

Analysis: Using the fundamental concepts of mathematics, the natural sciences, and engineering, formulate, identify, assess research writings, and analyze complex engineering challenges to obtain validated conclusions.

Design & development solutions: Consider safety hazards, cultural and environmental considerations, and design solutions for challenging technical problems and system components or methodologies that adequately address the indicated needs.

Sustainability and Environment: Demonstrate an awareness of the impact of professional engineering solutions in societal and environmental contexts and the importance of long-lasting developments.

Individual and teamwork: Effectively perform independently, in varied groups, and in leadership roles in multidisciplinary situations.

Communication: Communicate widely about challenging engineering tasks with the engineering community and the general public, for example, by comprehending and writing robust reports and design documentation to provide persuasive presentations and get precise instructions.

Project management: Apply engineering and management ideas to one's assignment as a team member and leader to work on projects and in multidisciplinary backgrounds, demonstrating detail and comprehension in both areas.

All laboratories are well-equipped with the latest & updated hardware and software instruments to support learning dissemination in the classroom and provide hands-on practical experience.

Instrumentation & Control

This laboratory aims to acquaint the student with essential laboratory equipment, including personal computers and circuit simulators like Pspice, as well as energy metres, multimeters, frequency counters, voltmeters, and ammeters. Another goal is comprehending proper laboratory methods and techniques and reinforcing academic knowledge through experience and vice versa.

Electronics & Communication

This laboratory deals with the analysis and manipulation of signals. Signals can be either analogue, where the signal varies continuously according to the information, or digital, which varies according to a series of discrete values representing the information. For analogue signals, signal processing may involve amplifying and filtering audio signals for audio equipment or modulation and demodulation of signals for telecommunications.

Signal Processing & Simulation

This laboratory handles the understanding and practical instruction of various signal processing techniques and algorithms. It offers plenty of chances for students to comprehend numerous projects using numerous signal processing approaches. The development and implementation of algorithms in MATLAB and D.S.P. Processors are encouraged for students. In addition to performing the tasks mentioned earlier, this lab helps students complete minor and major projects in signal processing.

Antenna & Microwave

This lab exposes students to the design of antennas and circuits that operate at R.F. or higher frequencies. Microwaves now affect everyone. Microwaves are helpful when we watch television or make long-distance calls. After conducting hands-on laboratory experiments, students better understand how microwaves are used in communication, health care, national security, alarm systems, and police speed traps. In order to model and optimize the numerous microwave components and various practical antennas, students receive hands-on training in the HFSS programme.

Digital & Network

The student's understanding of the physical principles and practical applications of digital and electronic equipment is made possible by this laboratory. As a result, it makes them effective managers for finding and replacing defective components. Microprocessor-based systems have a solid reputation for importance. Only the world of Digital computers has found a home in every aspect of life since the invention of the microprocessor. This technology has a wide range of industrial applications for managing and effectively operating machinery.

Analog Electronics

This laboratory focuses on designing and testing electrical circuits that achieve certain functionality by utilizing the electronic characteristics of parts such as resistors, capacitors, inductors, diodes, and transistors. Undergraduate students can receive basic hands-on training in this lab.

The students of Electronics and Communication Engineering can make an exciting career in Electronics Manufacturing Organisation, Health Care Equipment Manufacturing, Telecommunication, Power Electronics, and various other industries including steel, petroleum, and chemical and IT, Mobile Communication Internet Technologies, etc.

Types of job roles for Electrical & communication engineers 

  • Electronics Engineer
  • Communications Engineer
  • Technical Director 
  • Network Planning Engineer
  • Service Engineer
  • Electronics Technician
  • Electronics Design Engineer 
  • Desktop Support Engineer 
  • Electronics and Communication Consultant
  • Field Test Engineer
  • Electronics Device and Development Engineer

The Training & Placement Department (T & P Dept.) at Indus University has a separate team that bridges two essential ends: academia and industry. It demonstrates a link between educational institutions, university departments, and businesses.

The focal point for career counselling for university students pursuing studies in all programmes and streams is the Training & Placement Department (T & P Dept.). It provides students with comprehensive career options by assisting them in choosing and pursuing their ideal vocations.

B.Tech in Electronics & Communication Engineering Course Details

Faculty Members

An imaginative educational plan of this program will empower understudies..

Discover More

B.Tech in Electronics & Communication Engineering admission and eligibility

Laboratory

An imaginative educational plan of this program will empower understudies..

Discover More

Department Activities

Collaborative On-Campus Interaction: Unlocking Lathe Potential: Maintenance Workshop

The Mechanical Engineering Department collaborated with government polytechnics to host an on-campus interaction event. On February 28, 2024, 29 students from Government Polytechnic Gandhinagar visited Indus University. They were introduced to various machines in the Mechanical Workshop and participated in a workshop titled "Unlocking Lathe Potential: Maintenance Workshop," Additionally, Prof. (Dr.) Ishbir Singh, the Director of IITE, engaged in discussions with the students during the event.

Collaborative On-Campus Interaction: Advances in Civil Engineering: Future Scope & Direction

The Civil Engineering Department collaborated with government polytechnics to host an on-campus interaction event On February 28, 2024. A workshop titled "Advances in Civil Engineering: Future Scope & Direction" targeted 36 Direct to Diploma (D to D) students interested in Civil Engineering.

Workshop on "Salesforce Fundamental"

The Computer Science and Engineering Department, IITE, Indus University organized a Workshop on "Salesforce Fundamental" on February 10, 2024 in association with Trailblazers in Campus. The discussion focused on Salesforce's Features, Business Partnerships, Client Base, and Real-Life Scenarios Demonstrating Core Concepts. Attendees completed assignments through the Salesforce Trailblazer site for deeper understanding. With over 30 participants present, the session included interactive, hands-on activities followed by entertaining quizzes.