A Bachelor of Technology (BTech) in Electronics and Telecommunication Engineering (ETC) is a specialized undergraduate engineering program that focuses on electronic systems, communication networks, and modern telecommunication technologies. It covers both hardware and communication concepts used in mobile networks, satellite systems, internet communication, and digital transmission.
This course teaches students about electronic circuits, signal processing, microprocessors, communication engineering, and network technologies. Students also learn how data is transmitted through wired and wireless mediums using technologies such as fiber optics, RF systems, mobile communication, and networking protocols.
BTech Electronics and Telecommunication Engineering is ideal for students interested in telecom systems, wireless communication, embedded electronics, and networking. With the rapid expansion of 5G, IoT, and smart communication devices, this program offers excellent career opportunities in India and globally.
BTech Electronics and Telecommunication Engineering focuses on developing knowledge in electronics, communication systems, wireless networks, and telecommunication infrastructure. The course includes study of analog and digital communication, microwave systems, signal processing, networking, and embedded electronics.
Electronics and telecom engineers work in telecom companies, network infrastructure firms, electronics manufacturing, and communication technology organizations. The program includes lab training, industrial projects, internship opportunities, and final-year project work.
| Particular | Details |
|---|---|
| Program Name | Bachelor of Technology (BTech) in Electronics & Telecommunication Engineering |
| Program Level | Undergraduate |
| Duration | 4 Years |
| Eligibility | 10+2 with Physics, Chemistry & Mathematics (PCM) |
| Admission Process | Entrance Exam (JEE/State CET/University Test) + Counseling |
| Mode of Study | Full-time (Regular) |
The ETC syllabus includes electronics fundamentals along with communication and networking technologies. Students gain knowledge of telecom infrastructure, wireless transmission, and digital communication systems.
Candidates applying for BTech Electronics & Telecommunication Engineering must meet eligibility requirements set by engineering institutes.
Admission is mostly entrance-based for engineering colleges. Selection depends on entrance score and counseling process.
BTech Electronics & Telecommunication Engineering is a 4-year program divided into 8 semesters. It includes classroom learning, electronics labs, communication labs, networking labs, internships, and major projects.
Students learn signal transmission, wireless technologies, telecom network infrastructure, and modern communication systems. The course also includes industrial training in telecom, electronics manufacturing, and network service companies.
ETC graduates can work in telecom companies, network infrastructure providers, electronics manufacturing, and IT communication industries. Career opportunities are strong due to demand for wireless networks, 5G technology, and smart communication systems.
Yes, BTech ETC is a strong career option in 2026 due to 5G expansion and wireless technology growth. Telecom companies, network infrastructure firms, and electronics manufacturers hire ETC graduates regularly. IT and IoT industries also offer excellent opportunities. Career growth improves with networking, RF, and embedded system skills.
Students study electronics circuits, signals and systems, analog and digital communication, and networking basics. Subjects like microwave engineering and optical fiber communication provide advanced telecom knowledge. Embedded systems and IoT help students connect electronics with modern applications. Practical labs build strong communication and troubleshooting skills.
Electronics Engineering focuses mainly on circuits, embedded systems, and hardware development. ETC focuses on electronics plus communication networks and telecom technologies. ETC is better for telecom, networking, and wireless communication careers. Electronics Engineering is better for hardware product development and embedded roles.
Yes, lab training is a major part of BTech ETC. Students work in electronics labs, communication labs, and networking labs. Practical sessions include modulation experiments, signal testing, and hardware troubleshooting. Lab skills are important for telecom and networking placements.
Common roles include telecom engineer, network engineer, and communication systems engineer. High salary roles include RF engineer, embedded systems engineer, and IoT engineer. Companies working in 5G and network infrastructure offer better packages. Strong skills in networking and RF increase salary growth.
Freshers generally earn around ₹3.5 LPA to ₹9 LPA depending on company and job role. Salary improves with skills in networking, RF, and embedded systems. Certifications in CCNA, 5G, or IoT improve salary scope. Internships and strong projects help in better placements.
Yes, ETC graduates can apply for government jobs through exams and recruitment processes. Organizations like BSNL, railways, defense departments, and PSUs recruit telecom engineers. ISRO and DRDO also offer technical roles for communication engineers. Government jobs provide stability and long-term benefits.
Higher education is useful for advanced technical roles in telecom and communication. MTech specializations like communication systems, VLSI, and signal processing offer strong growth. It also improves opportunities in research and government PSUs through GATE. Students can choose based on career goals and interest areas.
Students should focus on:
These skills improve placement chances and salary packages.