What are Electronics and Communication
Engineering?
Electronics & Communication
Engineering deals with the electronic devices, circuits, communication equipment’s
like transmitter, receiver, integrated circuits (IC). It also deals with basic
electronics, analogy and digital transmission & reception of data, voice,
and video (Example AM, FM, DTH), microprocessors, satellite communication,
microwave engineering, antennae, and wave progression. It aims to deepen the
knowledge and skills of the students on the basic concepts and theories that
will equip them in their professional work involving analysis, systems
implementation, operation, production, and maintenance of the various
applications in the field of Electronics and Communications Engineering.
Why Study Electronics and Communication Engineering?
ECE Engineers are very much responsible to provide
innovative solutions to meet the needs of our modern world. For that purpose,
student need to develop their skills and knowledge to get a head start in an
engineering career that requires specialist skills and adaptability. This
four-year program is designed to give the student an overall education in ECE
as well as specialist knowledge in fields such as Internet of Things, Embedded
Systems and Robotics. You’ll graduate with comprehensive knowledge of
engineering and a range of practical skills that mean you’ll be experienced and
ready to work.
We all know that the rapid growth of the “Internet
of Things” is changing the modern era where embedded system plays an important
role due to its unique features such as real time computing, low power
consumption, low maintenance and high availability. In today’s world,
when we are looking for smart cities, environmental monitoring system, smart
home appliances and smart health care system where internet of things are
applied.
Robotics is another very important area which deals
with the design and application of robots. Today, robots are used in
various fields like industrial manufacturing process, nuclear science, defense
system, service for communication and many more. In fact, during this lock down
situation, where social distancing is required, demanding the use of robots for
sanitization, city monitoring and to help the doctors.
If I give one small example: like Amazon
built a Voice-Controlled Robot named as “Alexa”, now a
days very popular in daily life. Using this device through the mobile Alexa
app, we connect the other home appliances using Internet of Things technology.
Scope of the Course:
An electronics and
communication engineer can work in aviation and avionics, consumer electronics,
electricity plant, manufacturing, transportation, communication &
telecommunication, computer application, radio & television, diagnostic
equipment manufacturing, and offshore companies.
There is an opportunity to
get a central government job, state government job, and in public & private
sectors. Some job titles are listed here:
·
Electronics Engineer
·
Field Test Engineer
·
Network Planning Engineer
·
Electronics and
Communications Consultant
·
Customer Support Engineer
·
Electronics Technician
·
Associate Firstling Technician
·
Research and Development
Software Engineer
·
Service Engineer
·
Senior Sales Manager
·
Technical Director
Electronics &
Communication Engineering: Syllabus
ECE is a four-year long course programmed spread
over 8 semesters. Look at the semester-wise syllabus for ECE below. Please note
that the syllabus may vary from college to college.
|
Semester I |
Semester II |
|
Engineering Mathematics – I |
Elements of Mechanical Engineering |
|
Engineering Mathematics – II |
Basic Electronics & Communication Engineering |
|
Engineering Physics |
Basic Electronics |
|
Engineering Chemistry |
Constitution of India and Professional Ethics |
|
Programming in C and Data structures |
Environmental Studies |
|
Computer Programming Laboratory |
Engineering Physics Lab |
|
Elements of Civil Engineering & Engineering
Mechanics |
Engineering Chemistry Lab |
|
Computer Aided Engineering Drawing |
Workshop Practice |
|
Semester III |
Semester IV |
|
Egg. Mathematics – III |
Egg. Mathematics – IV |
|
Analog Electronic Cuts |
Microcontrollers |
|
Logic Design |
Control Systems |
|
Network Analysis |
Signals & Systems |
|
Electronic Instrumentation |
Fundamentals of HDL |
|
Field Theory |
Linear ICs & Applications |
|
Analog Electronics Lab |
Microcontrollers Lab |
|
Logic Design Lab |
HDL Lab |
|
Semester V |
Semester VI |
|
Management and Entrepreneurship |
Digital Communication |
|
Digital Signal Processing |
Microprocessors |
|
Analog Communication |
Microelectronics Circuits |
|
Information Theory & Coding |
Antennas and Propagation |
|
Fundamentals of CMOS |
Operating Systems |
|
VLSI |
Advanced Communication Lab |
|
DSP Lab EC |
Microprocessor Lab |
|
Analog Communication |
- |
|
Lab + LIC Lab |
- |
|
Semester VII |
Semester VIII |
|
Computer Communication Networks |
Wireless Communication |
|
Optical Fibber Communication |
Digital Switching Systems |
|
Power Electronics |
Project Work EC |
|
Embedded System Design |
Seminar EC |
|
VLSI Lab |
- |
|
Power Electronics Lab |
- |
Eligibility:
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