B.E in Telecommunication is a 4-year course in engineering. The course is much demanded now days due to the rapid growth of the telecommunications industry. The sector mainly deals with the activities and services involved in transmitting data across communication devices. The undergraduate course of B.E Telecommunication helps the candidate to gain knowledge in electronic circuits and in digital communication. The data transfer among communication networks, technical aspects of wireless communication, the configuration and working of digital devices, etc are the major topics covered under the course study. Upon completion of the course, the candidate gain skills to perform well in industries dealing with design, manufacturing, and servicing of communication devices.

Advantages or Benefits of Bachelor of Engineering in Telecommunication

Telecommunications engineering is one of the highly advanced technologies that are enough to bring a revolutionary change in information and communications sector. The changes are likely to bring about an evolution in our societies, entertainment and human life styles. Those candidates who have successfully completed the course study can find adequate career opportunities both in the country as well as abroad. There is provision to pursue higher study courses after completion of the bachelor degree in telecommunication engineering.

Eligibility required for Bachelor of Engineering in Telecommunication

Those candidates who have completed their XII class studies are eligible to undergo the course. The intermediate class studies must be pursued with Physics, chemistry, and Mathematics as subjects. The screening process of eligible candidates is carried out through certain entrance test. Engineering entrance exams are carried out either at national level or at state level. Candidates with valid score in the test can apply for the course in any of the reputed institutes across the country.

Admission Procedure of Bachelor of Engineering in Telecommunication

The details on admission process will appear in the official website of the institution that offers the course. The application forms can be collected from the website itself. The candidate can also obtain the application form by paying some amount of fees. Then the application must be filled up by following the instructions given. Filled up applications must be sent to the end before the closing date.

Colleges offering Bachelor of Engineering in Telecommunication

• A.M.C. Engineering College
• A.P.S. College of Engineering
• A.P.S. Rural Engineering College
• Atria Institute of Technology
• B.M.S. College of Engineering
• B.N.M. Institute of Technology
• C.M.R. Institute of Technology
• Coorg Institute of Technology
• Dayananda Sagar College of Engineering
• Dr. Ambedkar Institute of Technology
• G.S.S.S. Institute of Engineering & Technology for women
• Jawaharlal Nehru National College of Engineering (J.N.N)
• K.L.E.S. College of Engineering & Technology
• Kalpataru Institute of Technology
• Kammavari Sangham Institute of Technology (K.S)
• M.S. Ramaiah Institute of Technology
• P.A. College of Engineering
• P.E.S. Institute of Technology
• R.V. College of Engineering
• Rural Engineering College
• S.J.C. Institute of Technology
• Sambhram Institute of Technology
• Siddaganga Institute of Technology
• Sir M. Visveswaraya Institute of Technology
• Sri Siddhartha Academy of Higher Education
• Sri Siddhartha Institute of Technology
• T. John Institute of Technology
• Vemana Institute of Technology
• Visvesvaraya Technological University

Course Curriculum of Bachelor of Engineering in Telecommunication

Semester-I

• Engineering Maths I
• Engineering Physics
• Elements of Civil Engineering
• Elements of Mechanical Engineering
• Basic Electrical Engineering
• Workshop Practice
• Engineering Physics Lab
• Functional English

Semester-II

• Engineering Maths –I
• Engineering Chemistry
• Computer C Programming
• Elements of Mechanical Engineering
• Basic Electronics
• CCP lab
• Engineering Chemistry Lab
• Functional English

Semester-III

• Engineering Maths III
• Analog Electronic Circuits
• Digital Electronic Circuits
• Network Analysis
• Electronic Instrumentation
• Signals & Systems
• Analog Electronics lab
• Digital Electronics Lab

Semester-IV

• Microcontroller
• Control Systems
• Signal & Systems
• Fundamentals of HDL
• Linear ICs and Applications
• Microcontroller Lab
• HDL Lab

Semester-V

• Management & Entrepreneurship
• Digital Signal Processing
• Analog Communication
• Microwaves and Radar
• Digital Switching Systems
• Fundamentals of CMOS VLSI
• DSP Lab
• Analog Communication + LIC Lab

Semester-VI

• Digital Communication
• Microprocessors
• Satellite Communication
• Transmission Lines & Antennas
• Information Theory and Coding
• Elective – I( Group-A)
• Microwave & Antenna Lab
• Microprocessors Lab

Semester-VII

• Computer Communication Networks
• Optical Fiber communication
• Wireless Communication
• DSP Algorithms & Architecture
• Elective – II (Group-B)
• Elective – III (Group-C)
• Advanced communication lab
• CCN lab

Semester-VIII

• Optical communication Networking
• Embedded System Design
• Elective – II (Group-D)
• Elective – III (Group-E)

Seminar Electives

• Programming in C++
• Random Processes
• Adaptive Signal Processing
• Low Power VLSI Design
• Modern Control Theory
• Digital System Design using VHDL
• Operating Systems
• Digital signal Compression
• Artificial Neural Networks
• CAD for VLSI
• ATM Networks
• Image Processing
• Video Engineering
• Data Structures using C++
• Real Time Systems
• Radio Frequency Integrated Circuits
• Wavelet Transforms
• Modeling & Simulation of Data Networks
• H R Management
• Micro and Smart System Technology
• Network Security
• Internet Engineering
• Bio-medical Signal Processing
• High Performance Communication Networks
• Fuzzy Logic
• Multimedia Communication
• Real Time Operating systems
• Pattern Recognition
• GSM
• Ad-hoc Wireless networks
• Optical Computing

Text Books on Bachelor of Engineering in Telecommunication Engineering

• Communication System by Tanb Scuilling
• Digital Communication System by Simon & Haykin
• Communication Systems by RP Singh & Sapre
• Error Correcting Codes by Salvatore Gravano
• Principals of Communication System by J. Das
• Computer Oriented Numerical methods by V. Rajaraman
• SY Liao, Microwave Circuit Analysis and Amplifier Design, Prentice Hall, 2006.
• Microwave Circuit Design, Using Linear and Non-Linear Techniques by GD Vendelin, A.M.Pavio, U.L. Rahde
• Microwave Integrated Circuits by Y.Konishi
• Foundation of Microwave Engineering by Robert E Collin
• Computer Communications & Network Technologies by Michael A. Gallo & William M. Hancock
• High Speed Networks & Internets by William Stallings
• Computer Networking with Internet Protocols & Technology by William Stallings
• Cryptography & Network Security by Atul Kahate
• Information Theory by R.B. Ash
• Modern Analog & Digital Communication System by BP Lathi
• Communication Systems by Singh and Sapre
• Digital Communication Systems by Simen Hakins
• Principles of Digital Communication by J  Das, SK Mullick and PK Chatterjee
• Wireless Communications Principles & Practice by Theodore S. Rappaport
• Mobile Communications by J. Schiller
• Wireless Communications & Networking by J.W. Mark & W. Jhuang
• Mobile Cellular Telecommunications by WCY Lee
• Mobile Communications Design Fundamentals by WCY Lee
• Mobile Radio Communications by Raymond Steele
• CDMA: Principal of Spread Spectrum Communications by AJ Viterbi
• Wireless and personal Communication Systems by VK Garg and JE Wilkes

Jobs and Career after Bachelor of Engineering in Telecommunication Engineering

As telecom sector is booming, an engineering graduate in telecommunication can expect a lucrative career in the same field. These professionals are necessary to design and build up applications from mobile phone systems to hi-tech internet based entertainment systems. The candidate can seek career opportunities in telecom companies operating in public (BSNL, MTNL, etc) as well as private sector (Airtel, Vodafone, Ericssion, NSN, Aircel, etc) . Firms dealing with wireless communication and broadcasting services also recruit these professionals. Various job positions arise for skilled candidates in IT/ITES sector. They can also expect job positions in governmental firms like BHEL, HAL, SAIL, AAI, etc.

Remuneration after Bachelor of Engineering in Telecommunication Engineering

The candidate can expect lucrative salary packages by gaining employment in telecommunication sector. Fresh graduates can expect initial level salary of about Rs. 10,000/- and above per month (in medium level firms). Established firms in private sector offer salary packages with in the range of Rs. 15,000/- to Rs. 25,000/- per month at the entry level itself. Government sector firms also offer good salary to deserving candidates.