M.E Communication Engineering is a 2-year postgraduate course program in communications engineering. Eligibility to this is a Bachelor's Degree in any relevant engineering stream with a minimum aggregate of 60% or equivalent CGPA. The candidates also need to have a valid score in one of the top competitive exams like GATE, BITSAT, TANCET etc. The duration of the course is divided into four semesters.
Some of the main institutes that offer M.E Communication Engineering:
The fee for the course varies between INR 1 to 4 Lacs in India.
The course subject comprise of core courses and electives and also a project. The course gives an advance learning into the general topics and also helps pursue specific field of interest in complete detail.
M.E Communication Engineering post-graduates have a wide range of job opportunities like Public sector industries in communication systems, Private companies in the communication world, electronics and communication industry etc. Opportunities are not limited to the said fields. Once completed, a graduate may pursue further studies. The starting salary for M.E. Communication Engineering degree holder ranges between INR 4 and 5 LPA.
|Course Level||Post Graduate|
|Duration of the Course||2 years|
|Eligibility||Bachelor's Degree in any relevant engineering stream with a minimum aggregate of 60% or equivalent CGPA|
|Admission Process||Common Entrance exam based and also Merit based.|
|Course Fee||Between INR 1 and 4 Lacs|
|Starting Salary||INR 4 and 5 LPA|
|Top Recruiting Companies||Public sector industries, Private companies in the telecommunication sector, electronics and communication industry, Educational Sector.|
|Job Positions||Chief Technical Officer, Analysts, Field Engineer, Government Technical head, Service Engineer, Communication Engineer, Lecturer/Professor etc.|
M.E. (Communication engineering) deals with the development and operations of communications technology, including telecommunications and computer programming. It is more importantly concerned with the sending and receiving of signal using electrical and electro-acoustic devices.
The program begins with a set of required courses and then offers more specialized courses two thirds of the way into the program. The course gets into depths of both electronics and also coding and other aspects of it giving a full-fledged idea and hands on experience in the desired area of interest.
The course opens up possibilities for research and also jobs in all the sectors relevant to the study and is also a mandate to pursue further higher education in the field of communication.
|Name of the Institute||Location||Total Fees(INR)|
|Birla Institute of Technology and Sciences||Pilani||3,50,000/-|
|Anna University||Tamil Nadu||92,940/-|
|Vellore Institute of Technology||Vellore||4,53,000/-|
|Chaitanya Bharati Institute of Technology||Hyderabad||3,18,000/-|
|GS mandal’s Marathwada institute of technology||Aurangabad||152000/-|
|Lovely Professional University||Jalandhar||2,38,000/-|
|R.V. College of Engineering, Rashtreeya Sikshana Samithi Trust||Bangalore||1,30,000/-|
|Hindustan Univerity Chennai||Chennai||1,62,000/-|
|Annamalai University||Annamalai Nagar, Chidambaram, Tamil Nadu||2,52,000/-|
|Lokmanya Tilak Jankalyan Shikshan Sanstha's Priyadarshini College of Engineering||Nagpur||1,82,000/-|
Applicants are eligible for the examination only if they satisfy following condition:
Admission is based on the score in one of the common entrance exams like BITSAT, GATE or TANCET depending on the chosen university and the particular state. Qualifying candidates may also be considered based on merit percentage.
The two years of study is divided into four semesters and each semester has some compulsory courses. The following core courses are all compulsory and have to be taken up during the study. The electives are a matter of choice and can be taken up in any number and at any point throughout the study depending on the course requirement and the maximum credits constraint.
|Digital Signal Processing||Real Time Systems|
|RF & Microwave Engineering||Data Compression|
|Coding Theory & Practice||Computer Networks|
|Mobile & Personal Communication||Pervasive Computing|
|Advanced Digital Communication||Reconfigurable Computing|
|Optical Communication||Introduction to MEMS|
|Research Practice||Internetworking Technologies|
|Modern Digital Communication Techniques||Multimedia Computing|
|Advanced Radiation Systems||Telecommunication Switching Systems and Networks|
|Multimedia Comprehension Techniques||RF Microelectronics|
|Applied Mathematics for Electronic Engineers||Embedded System Design|
|Satellite Communication||Advanced Digital Signal Processing|
|Network Programming||Hardware Software Co-Design|
|VLSI Design||Network Embedded Applications|
M.E. (Communication engineering) career prospects are many depending on the level of expertise and experience in the industry. They are hired for profiles from Field Engineers to chief technology officers. The average salary is between INR 4 and 5 LPA.
The employment areas are among Investment Public sector industries, Private companies in the telecommunication sector, electronics and communication industry, Educational Sector etc.
The job profiles for these positions range as Chief Technical Officer, Analysts, Field Engineer, Government Technical head, Service Engineer, Communication Engineer, Lecturer / Professor, etc.
Advance courses after M.E. (Communication Engineer) studies:
The compensation and salaries for these individual jobs are specific and depend largely on the skill-set they have built and the experience in the industry.
|Job Profile||Job Description||Average annual salary|
|Chief Technology officer||The Chief Technology Officer (CTO) is responsible for overseeing all technical aspects of the company. Using an active and practical approach, the CTO will direct all employees in IT and IO departments to attain the company's strategic goals established in the company's strategic plan.||10-12 LPA|
|Field Engineer||A Field engineer has to check the functionality of the pre- launched products and its quality and fix the errors if any. He is also responsible for overseeing all production.||3 – 4 LPA|
|Service Engineer||Service engineers have to design and develop new equipment’s and products for the firm and also to employ the machine and install them and fix the faults.||2 – 3 LPA|
|Communication systems engineer||They are responsible for the research, design, development and production of communications equipment and systems for different household and also all kinds of systems that use signals to communicate||5 – 6 LPA starting.|
|Lecturers/ Professors||Students who have completed their M.E. communications Engineering are eligible to teach the same or their relevant engineering field courses in colleges across the country.||3 – 4 LPA starting.|