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Course Overview

Electronic and Communication Engineering In terms of staff, students, and activities in numerous fields, the Department of Electronics and Communication is one of the largest departments. It has cutting-edge facilities, laboratories, and faculty who are highly qualified, sincere, and experienced.
The goal of this department is to graduate top-tier engineers who can compete on an international level, conduct fruitful research, and put that knowledge into practice in order to advance technology.

Through teaching and research, the Department of Electronics and Communication advances knowledge of and application of electronic and communication technology concepts paired with hardware and software for the growth of the nation.
The world of electronic and communication has altered recently as a result of sophisticated computational tools, greatly enhanced modelling and analysis, and completely new manufacturing techniques. This has ushered in a new era of research in the field, including control engineering, robotics and mechatronics, knowledge management, and operations management.

Mission of Electronic and Communication Engineering

• To improve research with new methods, develop skills, instil values, and increase student knowledge through high-quality education.
• By utilising research and development in electronics and communication engineering, create new learning concepts.
• To educate you on recent advancements in technology for greater employment possibilities and in-depth subject understanding.
• To inspire pupils to comprehend, examine, and resolve the societal and industrial issues that surround them. 

The M.Tech. in Electronic and Communication Engineering program's key characteristics are:

• There are four semesters to the programme (M.Tech. ECE Engineering), and classes are held on weekends and during holidays (during the daytime). Every Saturday, there are practicals.
• Through knowledge, talent, and attitude, an MTech in ECE Engineering will show the capacity to investigate the causes and effects on hardware, software, processes, and systems. It helps to develop the aptitude for a career in the quickly developing industries of electronics and communication.
• The development of electronic technology and the communication industry are major topics in the curriculum. Just a few examples include telecom, industrial, mobile technology, automation, and home automation.
• The following are the main features of the M.Tech. in ECE Engineering programme:
• The programme (M.Tech. ECE Engineering) has four semesters, and classes are held on weekends and during holidays (during the daytime). There are practicals on every Saturday.
• An MTech in ECE Engineering will demonstrate the ability to study the causes and effects on hardware, software, processes, and systems through knowledge, talent, and attitude. It assists in fostering the aptitude needed for a profession in the rapidly expanding fields of electronics and communication.
• Major themes in the curriculum include the advancement of electronic technology and the communication sector. Telecom, industry, mobile technology, automation, and home automation are just a few examples.

The M.Tech. ECE Engineering Program's goals

• The times of the classes are chosen so as not to conflict with people's job schedules. Students interact with experienced professors in the classroom. There are classes offered on weekends and holidays (during the daytime).
• The practical application of theory is heavily emphasised in MTech's Working Professional programmes. Experiential Learning is focused in this course, which encourages students to apply academic principles in real-world contexts. There are practicals on every Saturday.
• The updated curriculum of takes into account the most recent technical developments. Students can access educational materials in a variety of media—including text, video lectures, and audio—at any time and from any location by using a learning management system.

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