M.Tech. in Digital Communication is a 2- year course divided into 4 semesters, focussing on both theoretical and practical exposure to students in communication and networking areas. It is designed to offer a modern, industry-oriented education in communication applications.
The M.Tech. in Digital Communication program aims at producing trained professionals who can successfully meet the demands of the fast-growing telecommunication industry. Telecommunication Engineers manage a variety of communication technologies. They research, design, and develop satellite and cable systems, mobile phones, radio waves, the internet, and email.
Enrolled students are taught Network Simulator, Modern DSP, Antennas, and Advanced Digital Communication through hands-on training. They are hired as Telecom Engineers in satellite communication, mobile communication, network security and IP telephony, radio, optical and wired data communication systems.
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Course
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Branch
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Minimum Qualification
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Compulsory Subjects/ Branch
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Min %
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Qualifying Entrance Exam
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Gen./ OBC
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SC/ST
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M.Tech
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All
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UG
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BE/BTech in Relevant Branch
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50%
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45%
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GATE
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Career opportunity
Telephone Industries
Civil Aviation
Defence
Hardware Manufacturing Industries
Television Industries
Benifits
It is beneficial to provide the students with a wide variety of opportunities, both in the industry as well as in the R&D fields.
Students can work in various domains like wireless communications, satellite communications, optical fiber communications, real-time and embedded system designs, microwave and antenna designs, advanced digital signal processing image processing fields, etc.
The Digital Communication degree is also suitable to treat practical problems in the field of digital communications as well as in adjacent domains purposively, to analyze and structure complex problems, to apply the acquired standard techniques to problem solutions, and also, based on literature search, to find and realize new approaches.
The candidates can also work in modern multimedia service firms that are involved in the real-time transfer of information through video conferencing and internet broadcasting.
Our Infrastructure
Power Electronics Lab
Power System Lab
Electronics Lab
Microprocessor Lab
CAD Lab
Computer Lab
High-speed internet connectivity..
On-site technical staff to assist in Lab
Future Prospects
Rapid development and enhancements are going on in communication technologies; hence, demand for technical communication and networking engineers is growing every year.
There are a lot of career paths available for specialized engineers. Some of the popular roles are Requirement Analyst, Digital Business Analyst, Digital E-Commerce Manager, Network Planning Engineer, and Communication Officer.
Our Vision
To transform graduates into professionals and entrepreneurs, possessing human values who will contribute towards the betterment of community and country.
Our Mission
To ensure quality outcome-based education in electrical Engineering by imparting higher order learning to students with adequate hands-on experience.
To train students with cutting edge electrical and associated technologies through intense Industry-Institute interaction to meet ever-chaning global challenges.
To create conducive academic and social environment to groom students as worthy citizens.
Programme Educational Objectives(PEOs)
Engineering Knowledge: Apply the knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex mechanical engineering problems.
Problem Analysis: Identify, formulate, review research literature and analyze complex mechanical engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.
To create conducive academic and social environment to groom students as worthy citizens.
Training Programs
Industrial Training
Internship Training Program
Language Lab
Workshop
Course Curriculum
The curriculum of Electrical Engineering comprises the following to impart knowledge to not only be a successful and efficient engineer but also a worthy and ethical electrical engineer.
Knowledge of mathematical modelling, analysis and design of control systems
Fluency in English, verbally and good writing skills
Provide solutions for electrical engineering problems by designing and conducting experiments, determining and examining data, and reporting the results.
Complete information on the latest electronic devices, analogue and digital circuits, microprocessors/ microcontrollers, data structures, and computer programming and simulation software.
Proficiency in transmission and distribution systems, power system
Invent renewable energy systems for developing clean energy and sustainable technologies.
Gain Knowledge The Digital Way
Vindhya has a Hi-Tech Digital Library that facilitates leased line access to over large scales of journals, books & articles, and smart library management system.
Smart Classroom
The classrooms at Vindhya are equipped with high end day view projection systems & interactive boards for highly empowered teaching & learning experiences.
