Information Technology


Why Information Technology

M.Tech (Information Technology) or Master of Technology in Information Technology is a two-year post-Graduate degree program that aims to provide both theoretical and practical knowledge on the advanced fundamental study of computer-based information systems.

M.Tech in Information Technology) degree course covers the study of a variety of functions performed by IT engineers; right from installing applications to designing complex computer networks and information databases. The M.Tech (Information Technology) degree topics generally cover the study of the three main areas of specialization in Information Technology namely network administration, computer support, and programming.

The M.Tech (Information Technology) programs in India are usually structured as an Engineering Research degree, lesser than Ph.D., and M.Tech (Information Technology) course is broad in nature covering all major areas of network administration, computer support, and programming. Many elective subjects are made available to students to enable them to specialize in any of the major fields in IT studies such as in Human-Computer Interaction, Bioinformatics, Wireless Communication, and Computing, Microelectronics, Robotics, Software Engineering, and Intelligent Systems.

Why Study M.Tech in Information Technology?

The M.Tech information technology degree has a large number of benefits, some of them are listed below:

Expertise: The first benefit is that it will provide you with deep knowledge about the subjects. You will learn all the nuances in an M.Tech Course that has remained uncovered in the graduation course. This is very important to become an expert in the industry.

Research work: The Research and Development department is responsible for creating new technology. This requires a deep knowledge of all the concepts, principles related to the IT sector, and its applications. Hence, master’s in technology information technology course is very helpful for this purpose.

Teaching work: Like research work, teaching also requires deep knowledge of all the concepts and principles of Information technology. A teacher must guide the students and solve their queries related to the subject. So, an M.Tech Information Technology Course is very important for a teacher of B.Tech Information Technology Course.

Helps in Promotions: The company needs professionals who can make a profit for the company. An employee who has a good knowledge of the subject and process is very valuable for the organization. Also, if you have good work experience, you will be promoted to higher ranks. Hence, this course is very helpful to get promotions in the organization.

Scope of the Course:

The M.Tech Information Technology degree has a very good scope in various private and public sectors. Since information systems and technology-based courses have high demand worldwide, the scope for the course is in a wide range, and the graduates are being recruited to various reputed organizations in public and private sectors with decent salary packages. Therefore, after M.Tech IT job salary for the course is in very good numbers. The average M.Tech IT salary in India for the graduates is around INR 6.74 LPA. The M.Tech Information Technology average salary package may vary depending on the company, recruitment, skills, proficiency possessed by the graduates and the city in which the graduates are posted for work.

Some of the best jobs for M.Tech Information technology Freshers are:

  • Software Developer
  • Testing Engineer
  • IT Coordinator
  • System Analyst
  • Applications Developer

Some of the best M.Tech IT jobs designation for aspirants with experience are:

  • Principal Software Engineer
  • Assistance Software Developer
  • Lead Software Engineer
  • Software Specialist
  • Project Leader

M.Tech (Information Technology): Syllabus

The Syllabus of Information Technology as prescribed by various Universities and Colleges

Semester-I

Sr. No.

Subjects to Study

1

Advance in Databases

2

Advanced Computer Architecture

3

Advances In Data Structures and Algorithms

4

Integrated Software Engineering Methodology

5

Probability and Statistical Methods

6

Elective-I

  • 3G and 4G Wireless Networks
  • Artificial Intelligence
  • Ad hoc Mobile Wireless Networks
  • Advance Computer Graphics and Animation
  • Bio Informatics
  • Building Internet of Things

7

Data Structures Lab

Semester-II

1

Advanced Java and Internet

2

Advanced Operating Systems

3

Data Science and Analytics

4

Distributed and Cloud Computing

5

Network Engineering

6

Elective-II

  • Cyber Forensics
  • Compiler Design
  • Computer Vision
  • Design of Software Agents
  • Data Warehousing and Data Mining
  • Digital Video Processing and Signal Processing

7

Distributed Systems Lab

Semester-III

1

Cryptography and Information Security

2

Wireless and Mobile Networks

3

Technical Seminar and Report Writing

4

Project Work Phase- I

5

Electives-III

  • Digital Image Processing and Pattern Recognition
  • E-Learning
  • Grid Computing Technologies
  • GPU Architecture and Programming
  • Human-Computer Interaction
  • Information Retrieval

6

Electives-IV

  • Knowledge Engineering
  • Machine Learning
  • Mobile Application Development
  • Operations Research
  • Open-Source Technologies

Semester-IV

1

Project Work Phase- II

2

Electives-V

  • Semantic Web
  • Software Architecture
  • Social Network Analysis
  • Service-Oriented Architecture
  • Soft Computing and Application

3

Electives-VI

  • Software Quality Assurance and Testing
  • Text Mining
  • Unix Internals
  • Virtualization
  • Video Processing and Analytics

 

Eligibility:

Students applying for this course must have a bachelor’s degree or any equivalent (in the related stream) from a recognized university in which they must have scored a minimum of 50% aggregate. SC/ ST students have 5% of relaxation in the minimum        aggregate.