A course in Telecommunication is in demand right now because of the rapid development and spread of telecommunication networks throughout the world. There is a lot of job openings in the telecommunications industry, especially in telecommunication engineering and applications. Research and development are also growing by leaps and bounds with the latest development today becoming outdated tomorrow. Telecommunication applications cover a wide range of areas including satellites, next generation mobile phones, air traffic control, the internet and much more. Communications through multimedia devices and services are unlocking possibilities never thought of before and due to this there is a vast scope of employment in the telecommunication industry. These include a wide variety of industries such as manufacturing of radio, television and other audio/visual, broadcasting, and receiving equipment; developing hardware and allied software, including computer systems, interfaces, security devices, data concentration, data transmission, signaling, satellite and radio communications and telephone equipment.
curriculum for undergraduate studies
The curriculum for undergraduate studies in telecommunication includes subjects like: antenna theory, digital communication, information theory and coding, microwaves, DSP and its architecture, microcontroller applications, analog communication and microprocessors .The necessary skills for this course would include analytical, mathematical, conceptual and practical skills.
subjects under Telecommunication
This could include: Analog and Digital Communications; Switching and Automata Theory; Computer Systems and Network; Satellite Transmission; Probability and Statistics; Fiber-optic communications; Legal and Regulatory Issues in Telecommunications; Telecommunications Network Management; C Language Programming; Telecommunications; Engineering Ethics; Mathematics for Engineers; and Fundamentals of Mechanics.
Analog and Digital Communications
Investigates the different types of communication systems and techniques such as Fourier analysis, random processes, AM and FM systems and digital communication systems like MPSK, MQAM and FSK.
Switching and Automata Theory
Switching and Automata Theory includes areas in discrete mathematics and the theory of switching circuits for large digital systems.
Computer Systems and Network
The student will gain a deep understanding of the computer systems that support medium to large network environments.
This subject is theory-based and introduces the student to the working of satellite communication and the terminology used in the discipline.
Probability and Statistics
Explores the modern concepts and methods of statistics, including topics such as varied, data analysis, probability, estimation and hypothesis testing.
Fiber-optic communications; investigates the chief features of digital and analog fiber-optic communication systems, including modules such as sources and receivers, optical fibers and their transmission features and optical fiber systems.
Legal and Regulatory Issues in Telecommunications
Explores the various laws regulating the structure of telecommunication through different platforms such as mobiles, digital television, broadband networks, commercial and pay TV broadcasting and so on.
Telecommunications Network Management
Technical knowledge of LANs, WANs and MANs, design, implement and manage telecommunication systems using voice and data are the areas covered in this subject.
C Language Programming
This module introduces the student to the C programming language that is considered to be the pillar of the UNIX operating system and lingua Franca of embedded processors and micro-controllers.
The student would get a thorough grounding in the theory and the practice of engineering ethics from a multi-disciplinary and cross-cultural perspective. Theory includes ethics and philosophy of engineering.
Mathematics for Engineers
It would look at topics such as the fundamentals, partial differentiation, first order ordinary differential equations, linear ordinary differential equations of higher order, Laplace Transforms and multiple integrations.
Fundamentals of Mechanics
Fundamentals of Mechanics: provides the basics of mechanics, including motions and the forces that produces the motions.
A Bachelor Thesis of about 5,000 words, preceded by the project proposal would have to be submitted at the end of the course.
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