Electronics and Telecommunications Engineering is one of the most important fields of engineering. It combines technical skills in Telecommunication systems, Embedded Systems, Semiconductor Technology, Aerospace Engineering, Robotics, Signal Processing technologies, Internet Infrastructure, Satellite Communication, Streaming Systems, and Smart Automation Frameworks.

Communication technologies are very important to the development of smart towns, digital markets, healthcare systems, military networks, and efforts to transform industries. A B. Tech in Electronics and Communication Engineering helps students improve their ability to think critically, plan well, and solve tech problems in the real world. In this program, students learn the basics of circuits, data, networking, integrated systems, and radio communication.

As technology continues to speed up, the need for skilled E&TC engineers in research, industry, telecommunications, and IT continues to grow. Businesses want personnel who can create, manage, and upgrade complex electronic communication networks.

Course Overview

It is a 4-year program. It runs through 8 cumulative semesters. This program blends basic academic skills with rigorous lab work for clarity and accuracy. Students apply classroom information to engineering problems. Internships teach professional standards and work skills. Business demands and new technological developments drive the program's learning methodologies.

Practical experience helps solve different real-world concerns, think like a designer, and comprehend system behavior. Continuous testing, group projects, and project-based learning improve students' rationality and professional confidence.

Syllabus/Core Subjects at a Glance

• Engineering mathematics fundamentals
• Basic electronics engineering
• PCB Design
• Software Defined Radio
• Network analysis principles
• Analog electronic circuits
• Digital electronics systems
• Signals and systems
• Communication systems basics
• Electromagnetic field theory
• Microprocessors architecture
• Microcontrollers applications
• Digital signal processing
• Control systems fundamentals
• Embedded systems design
• Wireless communication concepts
• Optical communication systems.
• Mobile communication, 5G/6G Networks
• Power Electronics
• VLSI design technology
• IoT

Elective/ Multidisciplinary Minors/ Open Elective Subjects

• Data Science
• Cyber Security
• Artificial Intelligence and Machine learning
• Automation
• e-Mobility
• Advanced VLSI Design
• Advanced Communication systems
• Additive manufacturing
• C, C++, Problem solving using Python, Web Design
• Industrial Management, Project management, Digital Business management, Digital Marketing

Eligibility

• MHT CET
• Eligibility: Passed 10+2 examination or its equivalent examination with Physics and Mathematics as compulsory subjects along with Chemistry Or Biotechnology or Biology or Technical Vocational subject or Computer Science or IT or Informatics Practices or Agriculture or Engineering Graphics or Business Studies or Electronics or Entrepreneurship
• 45% marks (at least 40% marks, in case of Backward class categories)

Skills Required for Electronics & Telecommunication Engineers

Electronics and telecommunications experts need to be good at analyzing things in order to understand complicated systems and technology problems well. They need to be able to solve problems in order to come up with good answers for complicated computer and phone networks. Math skills are needed for many engineering tasks that require correct figures, modeling, and evaluations of performance. Systematic debugging, circuit analysis, and mathematical reasoning are all better when you can think logically.

Career Scope after B. Tech in Electronics & Telecommunication

• Automation engineer
• Telecommunication engineer
• Network infrastructure engineer
• Embedded systems developer
• RF engineer• Telecom service provider
• IT software developer
• Electronics manufacturing Engineer
• Semiconductor Design Engineer
• Semiconductor Testing and Packaging Engineer
• Defense technology organizations
• Aerospace engineer
• Researcher in institutions/ laboratories
• Automation and robotics Engineer
• Government technical services
• Emerging technology startups
• IoT developer
• Full stack developer
• Cyber security analyst
• Data analyst

Alumni Success Story:

Mr Balwant Singh

Director – Microcontrollers, Digital ICs and RF products (MDRF) Product Group, Noida

A 1996 E&TC graduate of K. K. Wagh, Balwant Singh is a distinguished semiconductor executive and a Stanford GSB alumnus. Over a prolific 29-year career at STMicroelectronics, he has gained comprehensive mastery across the entire semiconductor lifecycle. As Director of the MDRF Product Group, he leads multi-location teams in developing cutting-edge Automotive, General Purpose, and RF Microcontroller System on Chip (SoC), which includes ultra-low-power deep learning solutions. A prolific innovator with multiple patents and publications, Balwant has been pivotal in delivering complex silicon designs and spearheading strategic R&D. He also serves on the ARTS & ETS conference Industry Board.

Concluding Remarks

B. Tech in Electronics and Telecommunication is a perfect combo of hardware and software skills due to integration of core electronics courses, software courses and AI. Theses engineers are in high demand in core electronics engineering as well as IT industries.

The current job market trends include Telecommunication and Networking, Automotive industries, medical electronics, industrial automation, IoT, Semiconductor, Electric Vehicles (EVs), IT.