M. Tech in Computer Network Engineering is a 2- year long full- time postgraduate program in engineering spread over a duration of 4 semesters. The minimum eligibility criterion required for the course is completion of graduation in B.E./B.Tech in a relevant subject with minimum 60% marks.
The average annual course fee charged by M.tech Computer Network Engineering colleges ranges between INR 12,000 to 3,50,000. Some of the top institutes offering M.Tech in Computer Network Engineering include:
The course specializes in the discipline of network support, foundational mathematical skills, algorithmic principles and computer science theories applied in the modelling and design of computer- based systems. The program is designed to equip students with proficiency in a range of types of computer networks, technologies, and programming in computer systems.
On successful completion of M.Tech Computer Network Engineering course, candidates can opt for suitable jobs as Teacher, Network Engineer, Software Engineer, Computer Sales Representative, Customer Support, Technical Writer etc. The average annual salary offered to such professionals starts with INR 20,000.
Tabulated below are some of the major highlights of the course.
|Duration||2 years (Full time)|
|Examination Type||Semester System|
|Eligibility||Bachelor’s degree in any specialization|
|Admission Process||Entrance test or direct admission in some cases|
|Course Fee||INR 12,000 to 3,50,000|
|Top Recruiters||Novell, CISCO, TCS, Infosys, D Link, HP, Nortel etc.|
|Job Profiles||Software Engineer, Network Engineer, Network Administrator, Customer Support, Technical Writer and others such.|
M.Tech in Computer Network Engineering aims to train students with adequate leadership skills, technical strengths oriented towards innovation and communication, and collaboration skills to function in the essentially technical field of Computer Network Engineering. Students are equipped with necessary skills in contemporary networking theory and problem- solving skills based on sustainable and inclusive technology for real- life applications.
The course provides a structured environment to develop your critical understanding of modern theories along with practical expertise and relevant technologies and applications in a wide range of context. It is beneficial for those who wish to equip a successful career in network support or programming.
Mentioned below is a list of the top institutes in India offering the course along with their respective locations, and fees charged by each.
|College Name||City||Average Annual Fees|
|Government college of engineering||Thiruvananthapuram||INR 12,000|
|Gurunanak institute of Technology||Kolkata||INR 1,04,000|
|Kalasalingam University||Virudhunagar||INR 50,000|
|Mangalam college of Engineering||Kottayam||INR 3,26,000|
|Manipal Institute of Technology||Udupi||INR 3,26,000|
|Rajagiri school of engineering and Technology||Kochi||INR 1,30,000|
|Sree Narayana Gurukulam college of engineering||Ernakulum||INR 60,000|
|Sri Manakula vinayagar engineering college||Pondicherry||INR 1,80,000|
Candidates wishing to apply for M. Tech in Computer Network Engineering need to meet the following minimum eligibility criteria:
Admission to the course does not follow any centralized procedure. Eligible candidates are required to qualify the relevant entrance examination followed by a round of group discussion. Subsequently, qualifying candidates would need to go through additional rounds of personal interview as the final stage in the process of selection.
GATE (Graduate Aptitude Test in Engineering) is one of the main entrance exams held in India for admission to the course. Institutes offering the course in India prefer applicants with an eligible GATE score. A few institutes may have their own admission tests in place but preference is always given to GATE- qualified applicants.
Written Test is conducted for candidates who have not appeared for/ qualified the GATE Exam, and are yet eligible to apply for the course. Generally, institutes offering the course do not have any written tests as part of their admission processes.
Interview round assesses the candidates’ technical skills, basics and concepts in the subject. Most colleges conduct interview sessions.
The curriculum of M. Tech in Computer Network Engineering is built within a structured environment to develop in enrolled students an advanced, critical understanding of relevant modern theories associated with the discipline. Areas of focus include expertise in networking technologies and applications in a wide range of contexts, preparing students for employment in the network industry.
A Computer Network Engineer analyses, installs, configures and monitors performance of an organization’s computer networks. Such networks are LANs, WANs and other deployable networks involving routers, switches, firewalls and operating systems. A Computer Network Engineer is a key member of the overall IT team.
A semester- wise breakup of the course’s syllabus is given below.
|Semester 1||Semester 2|
|Advanced digital communication||Wireless mobile networks|
|Computer Networks||Client server programming|
|Network programming||Optical networks|
|Information security||Switching and statistical multiplexing in telecommunications|
|Elective 1||Elective 2|
|Seminar||Project phase 1|
|Semester 3||Semester 4|
|Network Management||Evaluation of Project phase 2|
|Elective 3||Evaluation of project work and viva voce|
|Project phase 2|
|Evaluation of Project phase 1|
M. Tech in Computer Network Engineering: Career Prospects
Networking, system study, analysis, design and programming are some of the main areas of specialization of a Computer Network Engineering. Successful postgraduates of Computer Network Engineering are hired in capacities such as Network Architects, Network Engineers, Network Administrators, Computer System Administrators, Computer System Analysts, System Security Specialist etc. in both public and private sectors. Career opportunities also abound for them in teaching and research in universities, colleges, and R&D sectors.
Listed here are some of the popular job positions offered to successful postgraduates of the discipline with the corresponding job descriptions and salaries offered.
|Job Position||Job Description||Average Annual Salary in INR|
|Network Engineer||Responsible for establishing network environments by designing system configuration, directing system installation, defining, documenting, and enforcing standards, overseeing information systems.||2,94,000 to 4,00,000|
|Software Engineer||Responsible for developing information systems by designing, developing, and installing software solutions, determining operational feasibility by evaluating analysis, problem definition, requirements, solution development, and proposed solutions.||4,50,000 to 6,00,000|
|Network Application Programmer||Responsible for creating, testing, and programming application software for computers. They also work in teams to identify ideas and concepts for the general public, or specified needs brought to them by customers. Once an application is developed, Application Programmers help to test and fix the bugs that are found before the product is launched.||4,25,000 to 5,55,230|
|Network Administrator||Responsible for developing network access, monitoring, controlling, evaluating, and maintaining documentation. They prepare users by designing and conducting training programs, providing references and support.||3,02,500 to 4,00,000|
|Multimedia Manager||Responsible for designing and creating information technology- based multimedia products such as websites, DVDs, and computer games that combine text with sounds, pictures, graphics, videos, virtual reality, and digital animation.||7,00,000 to 9,00,000|
|Customer Support Personnel||Responsible for managing large amounts of incoming calls and customer inquiries, generating sales leads, identifying, and assessing customer need to achieve satisfaction, resolving customers’ complaints by phone, email, or social media, using telephones to reach out to customers and verifying. account information.||2,60,000 to 3,35,000|
|Webmaster||Responsible for maintaining websites., ensuring that the sites are functioning properly and are available to users. They also test speeds of access and improve upon loading speeds. They design websites, generate and revise web pages, examine and analyse site traffic, configure web servers, create and modify appearances and size- settings.||3,24,000 to 5,00,000|
Thanks for subscribing, You will be the first to recieve College related news
Please check for mails in the SPAM folder of your mailbox.