UGC Approved
AICTE Recognized
AIU Member
Ministry of HRD
Duration:
4-8 Years
Universities:
1 University
Fees:
31,500/-
Per semester
Eligibility:
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Program Overview
The Bachelor of Technology in Electronics and Telecommunications Engineering (B.Tech ETE) is a dynamic program that connects the essential areas of electronics and communication. It is crafted to empower students with the expertise and capabilities essential for success in the fast-paced realm of electronics and telecommunications.
B.Tech ETE focuses on exploring both fundamental and advanced electrical components, ranging from transistors and semiconductor devices to light-emitting diodes (LEDs) and integrated electronic circuits like VLSI devices. Students gain proficiency in designing, analyzing, and implementing electronic systems crucial to contemporary technology.
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The Bachelor of Technology in Electronics and Telecommunications Engineering (B.Tech ETE) is a dynamic program that connects the essential areas of electronics and communication. It is crafted to empower students with the expertise and capabilities essential for success in the fast-paced realm of electronics and telecommunications.
B.Tech ETE focuses on exploring both fundamental and advanced electrical components, ranging from transistors and semiconductor devices to light-emitting diodes (LEDs) and integrated electronic circuits like VLSI devices. Students gain proficiency in designing, analyzing, and implementing electronic systems crucial to contemporary technology.
Per semester 31,500/- (fee might vary university to university)
B.tech in Online Education is a Maximum of 8 years & minumum of a 4 year program
Comprehensive Curriculum: Covering a broad spectrum of topics to provide a well-rounded education in electronics and telecommunications.
Career Prospects: Graduates of the B.Tech ETE program are well-prepared for a variety of roles in the electronics and telecommunications industry, including:
- Electronics Engineer
- Telecommunications Engineer
- Embedded Systems Engineer
- Signal Processing Engineer
- Control Systems Engineer
- Robotics Engineer
- Power Electronics Engineer
Research Opportunities: Encouraging innovation and discovery through student-led research projects.
Global Perspective: Preparing students for international careers with a curriculum that includes global trends and practices.
The Bachelor of Technology in Electronics and Telecommunications Engineering (B.Tech ETE) is a comprehensive program designed to provide students with in-depth knowledge and practical skills in electronics and communication technologies. The curriculum covers a wide range of subjects, including electrical components, semiconductor devices, integrated circuits, communication systems, and signal processing. Students learn to design, analyze, and implement complex electronic systems that are central to modern telecommunications and electronic devices. The program combines theoretical learning with hands-on experience, preparing graduates for successful careers in industries like telecommunications, electronics, and technology innovation.
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Course Syllabus
Duration: 4-8 Years
Rating: 4.5/5
4 Credits Per Subject
- BTECE101 – Applied Mathematics – I
- BTECE102 – Applied Chemistry – I
- BTECE103 – Applied Physics – I
- BTECE104 – Engineering Graphics
- BTECE105 – Elements Of Electrical Engineering
- BTECE106 – Communication Skills – I
- BTECE107 – Applied Chemistry Lab – I
- BTECE108 – Applied Physics Lab-i
- BTECE109 – Engineering Graphics Lab
- BTECE110 – Elements Of Electrical Engineering Lab
- BTECE111 – Workshop Practice – I
- BTECE112 – Computer Lab
- BTECE201 – Applied Mathematics-II
- BTECE202 – Applied Chemistry – II
- BTECE203 – Applied Physics – II
- BTECE204 – Engineering Mechanics
- BTECE205 – Computer Fundamentals & Application
- BTECE206 – Environmental Studies
- BTECE207 – Applied Chemistry – II Lab
- BTECE208 – Applied Physics – II Lab
- BTECE209 – Engineering Mechanics Lab
- BTECE210 – Workshop Practice – II
- BTECE211 – Computer Lab
- BTECE301 – Mathematics-III
- BTECE302 – Numerical Analysis
- BTECE303 – Basic Electronics
- BTECE304 – Network Analysis And Synthesis
- BTECE305 – Solid State Devices And Components
- BTECE306 – Programming With C
- BTECE307 – Network Analysis And Synthesis Lab
- BTECE308 – Basic Electronics Lab
- BTECE309 – Programming With C Lab
- BTECE310 – Electronics Workshop
- BTECE311 – Value Education
- BTECE401 – Numerical Analysis Using C
- BTECE402 – Analog Communication
- BTECE403 – Analog Electronics
- BTECE404 – Microprocessor And Interfaces
- BTECE405 – Signals And Systems
- BTECE406 – Electromagnetic Fields & Transmission Lines
- BTECE407 – Numerical Analysis Using C Lab
- BTECE408 – Analog Communication Lab
- BTECE409 – Analog Electronics Lab
- BTECE410 – Microprocessor And Interfaces Lab
- BTECE501 – Linear Integrated Circuits &applications
- BTECE502 – Data Structures And Programming With C++
- BTECE503 – Antennas And Wave Propagation
- BTECE504 – Digital Communication
- BTECE505 – Advanced Microprocessor And Interfacing
- BTECE506 – Automatic Control System
- BTECE507 – Linear Integrated Circuits & applications Lab
- BTECE508 – Data Structures And Programming With C++ Lab
- BTECE509 – Digital Communication Lab
- BTECE510 – Advanced Microprocessor And Interfacing Lab
- BTECE511 – Personality Development
- BTECE601 – Digital Signal Processing
- BTECE602 – Electronic Circuit Design
- BTECE603 – Microcontroller & Embedded
- BTECE604 – Information Theory & Coding
- BTECE605 – Internet & Web Technology
- BTECE606 – Digital Signal Processing Lab
- BTECE607 – Electronic Circuit Design Lab
- BTECE608 – Managerial Skills
- BTECE701 – Mobile & Cellular Communication
- BTECE702 – Microwave Communication & Engineering
- BTECE703 – Satellite Communication
- BTECE704 – Electronic Instrumentation & Automation
- BTECE705 – Advanced Signal Processing Laboratory
- BTECE706 – Microwave Communication & Engineering Lab
- BTECE707 – Innovative & Entrepreneurial Skills
- BTECE708 – Minor Project
- BTECE801 – Optical Communication
- BTECE802 – Vlsi Design
- BTECE803 – Industrial & Power Electronics
- BTECE804 – Video Transmission & Reception
- BTECE805 – Optical Communication Lab
- BTECE806 – Vlsi Design Lab
- BTECE807 – Digital Circuit Simulation Laboratory
- BTECE808 – Seminar
- BTECE809 – Major Project
Key Role of B.Tech. Electronics And Telecommunication Engineering
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Admission Procedure
Online Form
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Our Alumini
CIIS has the most dedicated staffs, they were very patient enough to answer my never ending queries. They are very experienced in handling and guiding their students !! It was the most pleasant experience and journey with them. Looking forward to collaborate for another enriching student’s experience with CIIS. Thank you all.
FAQs
Let’s Clear Your Doubts
CIIS is pioneer leading organization to provide Distance Education across world and traditional regular courses in India. We are imparting education to thousands of students and working professionals in India through various UGC, AICTE, Ministry of HRD Govt. of India approved national and internationally acclaimed Universities.
The B.Tech in Electronics and Communication program typically lasts for 4 years, divided into 8 semesters. Online education options provide flexibility, allowing students to complete the program at their own pace and potentially part-time.
Candidates must have completed their 10+2 education with Physics, Chemistry, and Mathematics as core subjects. A minimum aggregate percentage (usually 50-60%) is required, depending on the institution’s guidelines.
Yes, the online B.Tech in Electronics and Communication program is offered by accredited institutions and universities, ensuring that the degree is recognized by educational bodies and industry standards.
Classes are delivered through live virtual sessions, recorded video lectures, and interactive learning resources. Students can access assignments, quizzes, and study materials via the university’s learning management system (LMS).
Online students gain practical experience through virtual labs, simulations, and hands-on projects that emulate real-world challenges in electronics and communication. Some programs may offer industry-based projects or partnerships with companies for real-world exposure.
Yes, students are encouraged to pursue internships with industry partners. Many online programs also facilitate virtual internships, industry webinars, and project work, offering students valuable industry exposure.
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