The B.Tech program in Electronics and Telecommunication Engineering (ETE) is a progressive course that deals with electronic devices, communication systems, and telecommunication networks. Here, students are going to develop in-depth analytical skills regarding circuits, signal control and processing, control systems, and technologies related to telecommunication systems. The course is organised to establish a clear understanding of the principles on which it is based and to include numerous practical activities in the form of labs and projects to stress a practice-orientated approach.
Mobile networks, satellite systems, and broadband technologies are aspects that the students will be able to design, build, and analyse. The opportunities in this field are immense in areas such as networking, data transmission, mobile communications, and wireless technologies. The complexity of the global environment increases with time, and so does the need for professionals in this discipline.
According to the program plan, students get a broad vision of modern complex technologies in telecommunication, electronics, and the technologies of embedded systems. This program prepares its graduates to take up positions in organisations within the telecommunication, consumer electronics, information technology, aerospace, and defence markets.
Four Year (4) course with two semesters in a year.
ICT-enabled smart classrooms
MoUs with various organisations.
Incubation centre for financial support in innovative projects and startups.
Nodal Center of Virtual Lab.
NPTEL centre of IITM.
The global telecommunications industry is projected to reach $1.55 trillion (INR 1.27 lakh crore) in 2023, marking a 3.0% increase from the previous year.
India's electronics industry is targeting ₹500 billion (INR 37.5 lakh crore) in manufacturing output by 2030, with a projected creation of 12 million jobs by 2027.
The ongoing development of 5G technology is expected to significantly increase job opportunities and demand for skilled engineers in the coming years.
Electronics & Telecommunication Engineering focuses on areas such as Analogue & Digital Electronics, Communication Systems, Signal Processing, Networking Systems, and Instrumentation. Students work on real-life projects, gaining practical knowledge in well-equipped labs and classrooms.
Entry-level E&TC Engineers in India earn around ₹3.5 to ₹6 lakh annually, depending on the job, company, and location. With experience and specialisation, salaries increase significantly.
Key technical skills include circuit design and analysis, understanding communication systems, expertise in signal processing, embedded systems, and networking technologies.
Students must have completed 12th grade with strong math and science knowledge. Additionally, clearing an entrance exam like JEE Main, MHT-CET, or a similar test is required.
Graduates can pursue roles such as Electronics Design Engineer, Telecommunication Engineer, Network Engineer, Embedded Systems Developer, or RF Engineer in sectors like telecommunications, electronics manufacturing, and more.
The course includes written exams, hands-on assignments, projects, presentations, and lab work, all contributing to the final grades and offering continuous skill evaluation.
Certifications like Cisco Certified Network Associate (CCNA), Certified Electronics Technician (CET), CompTIA Network+, Certified Wireless Network Administrator (CWNA), and VLSI Design Certification stand out. Other valuable options include MATLAB and Simulink Training, Embedded Systems Certification (CDAC), and Cloud Computing Specialisation.
Skills in RF engineering, VLSI design, communication protocols, embedded systems, and advanced network management are highly paid in the industry.
Industries like telecommunications, consumer electronics, defence, aerospace, healthcare (biomedical devices), and IoT-based startups frequently hire E&TC graduates for various roles.
Yes, with advancements in smart grids, energy-efficient systems, and renewable energy technologies, E&TC engineers are in high demand for roles in designing and maintaining these systems.