ME Telecommunications

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Master of Engineering in Telecommunications

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

ME Telecommunications or Master of Engineering in Telecommunications is a postgraduate Telecom course. Telecommunication refers to the transfer of information over long distances in order to communicate. The use of electrical equipment such as telegraphs, telephones, and Teleprompters, as well as radio and microwave communications, fiber optics and its accompanying electronics, and the usage of orbiting satellites and the Internet, are all covered by the Telecommunications degree.

A Master of Engineering in Telecommunications program normally lasts two years, however, this varies per institute and certain programs may be offered part-time. The Master of Engineering in Telecommunications degree program provides various job prospects in the telecommunications business, among others.

ME Telecommunications Eligibility

  • The candidates should have completed a B.Tech or BE degree in Biomedical, Chemical, Computer Science, Electrical, Electronics, Instrumentation, Mechanical Engineering, Metallurgy, Materials Science, Telecommunications Engineering, and Engineering Physics degree under any registered University.
  • The students should have secured a minimum of 55% aggregate marks in their Bachelor's.
  • The marks of admission for this course may vary from University to University.
  • In various colleges and universities, it conducts entrance exams for the admission of students.

ME Telecommunications Syllabus

Syllabus of Telecommunications course as prescribed by various Universities and Colleges.

ME Telecommunications Semester-I

Sr. No. 

Subjects of Study

1

Communication Networks

2

Digital Communication

3

Multimedia Information Systems

4

Random Processes

5

Wireless Communication and Wireless Networks

ME Telecommunications Semester-II

1

Detection and Estimation Theory

2

Information Theory

3

Linear and Nonlinear Optimization

4

Numerical Methods

5

Stochastic Processes and Queuing Theory

ME Telecommunications Semester-III

1

Communication Protocols

2

CDMA & Multiuser Detection

3

Error Control Codes

4

Electives

  • Digital Signal Processing and Compression
  • Fiber-optic Communication and Networks
  • Radio Frequency Integrated Circuits and Systems
  • Space-Time Signal Processing and Coding

ME Telecommunications Semester-IV

1

Dissertation Project

 

ME Telecommunications College

ME Telecommunications Course Suitability

  • Students who are interested in telecommunications and allied fields, for example, are best suited for this course.
  • They must have strong interpersonal and communication abilities.
  • Those who wish to pursue careers in higher education, such as college and university teaching, at both private and public institutions.

How is the ME Telecommunications Course Beneficial?

  • Candidates can work in design development, production, quality assurance, sales, service, and software engineering.
  • They can enroll in colleges and universities after obtaining the necessary educational credentials, such as passing the NET test.
  • Those who have a strong knowledge of the subject can pursue more studies.
  • It will broaden their understanding of the telecom business and its linked sectors.

ME Telecommunications Employment Areas

  • Diplomatic Coordinator Offices
  • Embassies
  • Finance Sector
  • Public Relations
  • Purchase Supply Chains
  • Science Labs
  • Telecom Companies
  • Theatre / Performing Arts / Dramatic Arts

ME Telecommunications Job Types

  • Advertising Manager
  • Materials Manager
  • Marketing Specialist
  • Procurement Specialist
  • Script Writer & Producer
  • Software Engineer or Applications Engineer
  • Translators & Economic Specialists