M.E - Communication Engineering

Overview :

A Master of Engineering (ME) in Communication Engineering is a 2-year postgraduate program designed to equip students with advanced knowledge and skills in the field of Communication and Electronics Engineering. As its name indicates, this sphere of engineering deals with the study of types of Communication such as Internet, Broadband, Radio, Satellites and Wireless Telephone Services.  It aims at the manufacturing and development of Communication equipment.

The program involves the study of building and developing communication equipment and covers topics such as Signal Processing, Telecommunications, and Electronic Systems.

Students learn about the design, development, and operation of systems that transmit and receive information.  Students take classes on topics such as antennas, electromagnetics, microwave engineering, and wired and wireless networks. They also gain practical experience through labs and projects.

To pursue an ME in Communication Engineering, students typically need a Bachelor's degree in Engineering (BTech), preferably in Electronics and Communication Engineering, Electrical Engineering, or Information Technology.

The program is offered at various colleges in India, including BITS Pilani and SSN Institutions.

There is a very wide range of Job options for graduates in ME Communication Engineering, including public/ private sector jobs in Communication Systems, the Telecommunication sector , Educational sector, etc. The average salary of postgraduates in this field is 4 LPA to 5 LPA.

  Some Highlights of M.E  Communication Engineering: 

Top Colleges Offering M.E  Communication Engineering:

• Indian Institutes of Technology (IITs) like
  
• IIT Bombay
  
• IIT Madras
  
• IIT Delhi
  
• IIT Kanpur
  
• IIT Kharagpur
  
• Manipal Institute of Technology,
  
• University of Hyderabad
  
• Jadavpur University
  

Why choose M.E Communication Engineering?

• Advanced Knowledge in a Rapidly Evolving Field: Communication Engineering is at the forefront of technological innovation. The field is continuously evolving with advancements in wireless communication, networking, and signal processing. An M.E program offers you advanced knowledge and skills to stay ahead in this dynamic industry.
  
• High Demand and Career Opportunities: There is a growing demand for communication engineers in various sectors, including telecommunications, broadcasting, networking, and more. Graduates can pursue roles such as Network Engineer, Systems Engineer, Telecom Specialist, and Research Scientist.
  
• Technological Innovation: You'll be part of a field that drives technological advancements. Whether it's 5G networks, Internet of Things (IoT), or next-generation communication systems, you'll have the opportunity to contribute to cutting-edge developments.
  
• Problem-Solving and Analytical Skills: Communication Engineering involves complex problem-solving and analytical thinking. The program hones these skills, preparing you to tackle technical challenges and devise innovative solutions.
  
• Research and Development Opportunities: An M.E program in Communication Engineering provides numerous opportunities for research and development. You can work on groundbreaking projects, contribute to academic papers, and collaborate with industry experts.
  High Earning Potential: Professionals in Communication Engineering often enjoy competitive salaries and benefits due to the specialized nature of the field and the high demand for skilled engineers.
  
• Global Opportunities: The skills you acquire are globally relevant, offering you opportunities to work with multinational companies, travel, and collaborate with professionals from around the world.
  
•  Interdisciplinary Learning: The program integrates knowledge from various disciplines such as electronics, computer science, and physics, providing a well-rounded education that enhances your versatility and adaptability.
  
• Career Growth:The field offers significant career growth opportunities. You can advance into leadership roles, specialize in niche areas, or even pursue a Ph.D. for an academic or research-focused career.
  
• Personal and Professional Fulfillment: The satisfaction of contributing to the development of technologies that improve communication and connectivity can be incredibly rewarding. You'll be part of a field that impacts millions of lives.
  
• Innovation and Entrepreneurship:With a strong foundation in Communication Engineering, you have the potential to innovate and start your own tech venture, developing new products and solutions for the market.
  
• Networking and Collaboration: You'll have opportunities to network and collaborate with leading experts, researchers, and industry professionals, which can open doors to new opportunities and partnerships.
  

Admission Procedure Fo ME Communication Engineering: 

• Admission to ME Communication Engineering is based on the marks obtained in various competitive exams. To gain admission in any institute of ME Communication Engineering, applicants have to stand a plausible score/ rank in respective exams :
  
• One has to register themselves by filling in the correct details in the form.
  
• After registration, one has to make the choices of the colleges and the courses.
  
• The candidates will be allotted the seats on the basis of their rank in the exam, choices filled and the availability of seats in the college.
  
• It is the final stage that involves the document verification for final admission followed by the payment of fees.
  

Eligibility For  M.E Communication Engineering:

• Candidates must have to secure at least 60% in their B.Tech program in any valid stream.
  
• No backlogs should be there, applicants have to clear their back papers before applying for a master's degree.
  
• Reserved category (SC, ST, PWD) have a relaxation of 5% marks in their undergraduate degree.
  

Career Opportunities for M.E  Communication Engineering:

The scope for ECE students is vast and ever-expanding. As the digital age continues to evolve, Communications Engineering professionals are in high demand across various industries, including telecommunications, semiconductor manufacturing, information technology, and more.

Communications Engineers research, design, and develop communications equipment and systems. They are also involved in the production of these systems. As a Communications Engineer you could work within several industries, including Internet & Computing Technologies, Networking and Telecommunications.

An M.E Communications Engineer can work in Aviation & Avionics, Consumer Electronics, Electricity Plants, Manufacturing, Transportation, Communication & Telecommunication, Computer Application, Radio & Television, Diagnostic Equipment Manufacturing, and Offshore Companies.

Communication Engineering offers competitive salaries, especially for those with specialized skills and experience. This financial reward is a significant benefit for those on a six-figure career track.

Jobs Opportunities After M.E Communication Engineering:

• Telecommunications engineering
  
• Desktop Support Engineer
  
• Electronics engineer
  
• Service Engineer
  
• Software Engineer
  
• Embedded Systems
  
• Network Planning Engineer
  
• Internet of things
  
• Robotics engineer
  
• Control engineering
  
• VLSI
  
• Technical Director
  

Top Recruiters of M.E  Communication Engineering

• DRDO
  
• BSNL
  
• Bharat Heavy Electricals Limited
  
• Bharat Electronics Limited
  
• Hindustan Aeronautics Limited
  
• Indian Armed Forces
  
• HPCL
  
• Philips
  
• Wipro
  
• Reliance
  

M.E Communication Engineering semester:

Semester I

Advanced Digital Communication
Digital Signal Processing
Antennas and Propagation
Communication Networks
Elective I
Communication Lab I

Semester II

Wireless Communication
Optical Communication Systems
Microwave Engineering
Information Theory and Coding
Elective II
Communication Lab II

Semester III

Advanced Wireless Networks
Satellite Communication
Advanced DSP Techniques
Research Methodology
Elective III
Seminar/Project Work

Semester IV

Advanced Communication Technologies
Cognitive Radio Networks
Dissertation/Thesis
Industry Internship/Project
Comprehensive Viva Voce
Electives (Examples):
Internet of Things (IoT)
Machine Learning for Communication Systems
Cryptography and Network Security
RF Circuit Design
dvanced Embedded Systems