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  • Engineering Course

COMMUNICATION CONTROL AND NETWORKING

  • 1 Colleges

The communication control and networking engineering branch deal with mathematics, science, engineering fundamentals, and an engineering specialisation to solve complex engineering problems.

About Communication Control and Networking

Communication control and network course which provides students with vital fundamental concepts and also advanced techniques and tools to build various communication systems and also enables graduates to attain successful professional degrees by applying their engineering skills in communication systems designed to meet the challenges in industries and academies along with long-life learning, adapting emerging technologies and pursue research for the development of innovative products.

This course is getting significant attention from the student's side and also enables them to work successfully in a manufacturing environment and function well as team members and also exhibit continuous improvement in their understanding of their technical specifications through self-learning and the Skills to apply it to further research and development to have a sound education in selected subjects essential to develop the ability to initiate and conduct the independent investigation. This course is designed to impart high-quality education and training to its students to make them world-class engineers.

What is Communication Control and Networking?

The communication control and networking engineering branch deal with mathematics, science, engineering fundamentals, and an engineering specialisation to solve complex engineering problems. This course makes the students analyse, design and develop computing solutions by applying the foundational concepts of communication and networking to apply the communication and network engineering principles and practices for creating quality protocols for scientific and business applications and even make students to adapting the emerging information and communication technologies to innovative ideas and solutions to novel problems.

This stream includes the major topic like applied mathematics, advanced levels of Digital Signal Processing, digital communication techniques, wireless communication systems, communication networks Modelling and stabilisation, communication network security, cognitive radio networks, advanced wireless system, internet of things, networking Laboratories activities and communication network modelling and simulation.

This stream is also growing the students to think critically and creatively, especially about the use of technology to address local and global problems and become a socially responsible engineer with the community and professional organisations, along with this exhibiting professional, ethical codes of conduct, teamwork and continuous planning for the category in the ever-changing needs of the society

Eligibility and Career in Communication Control and Networking

The admission policy and procedure shall be decided from time to time by the Board of management of the Institute following guidelines issued by the Ministry of Education department, Government of India. The Board of Management will decide the number of seats in each branch of the engineering program as the derivatives from educational departments of the Consent States of India. Some centres of non-residents Indians and a few centres for foreign nationals shall be made available.

When applying for admission, the candidate should have passed /appeared and be awaiting the final examination of the 10 + 2 system or its equivalent with mathematics and chemistry as subjects of studies. The selected candidates will be admitted to the undergraduate programme after fulfilling all the admission requirements set by the Institute and the after the payment of prescribed fees. In all matters relating to admission to the undergraduate engineering program, the decision of the Institute and its interpretation is given by the chancellor of the Institute shall be final.

The duration of the program will be a minimum of four years, along with eight semesters. Every branch of the Bachelor of Engineering program will have a curriculum and syllables for the courses approved by the Academic Council.

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