Electronics and Communication Engineering Course Details: Admission Process

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Electronics and Communication Engineering Course– ECE deals with software interfaces and electronics devices. It involves researching, developing, testing and designing of electronic devices used in various systems. ECE also understands and helps in the manufacturing of communication and broadcast systems. Candidates can apply for UG, PG and Diploma Degree courses in Electronics and Communication Engineering based on Entrance Exam scores. The average annual wage for an industrial engineer is Rs. 3. to 5 Lakh as a Fresher. Candidates can check about different degree courses, eligibility, different Jobs, etc available on this page.

College/Universities offering Electronics and Communication Engineering 

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Candidates can check Colleges or Universities that offer ECE courses below:-

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Popular Electronics and Communication Engineering Courses

Candidates can check different degree courses and its eligibility criteria to choose ECE  as a career:

Electronics and Communication Engineering Course & Duration
Courses Specializations Minimum Eligibility Duration
Diploma Electronics & Communication Engineering
  • Candidates must pass Class Xth with minimum 45% marks with Science & Mathematics
  • Pass 10+2 with Vocational/ITI
3-years
BE Candidates must pass 10+2 with PCM from recognised Board 4-years
B.Tech Candidates must pass 10+2 with minimum 55% marks with PCM from a recognised board 4-years
B.Tech+MBA Candidates must pass 10+2 with PCM from a recognised board 5-years
B.Tech+M.Tech Candidates must pass 10+2 with minimum 55% marks with PCM from a recognised board 5-years
ME Candidates must hold B.E/B.Tech degree with minimum 55% marks in concerned subjects from recognised University 2-years
M.Tech
  • Candidates must hold B.E/B.Tech degree with minimum 50% marks in concerned subjects from recognised University
  • Candidates must pass AIME with a valid score in concerned subjects
2-years
M.Sc Candidates must hold B.E/B.Tech degree with minimum 50% marks in concerned subjects from recognised University
M.Phil Candidates must pass Master’s Degree in ECE  from recognised University 2-year
PhD Candidates must pass Master’s Degree in ECE or M.Phil degree in concerned subjects from recognised University 3-years

Electronics and Communication Engineering Course Admission Process

Seats allotted for admission in ECE program based on Merit-List and Entrance Exam scores. Check admission procedure for different courses below

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For Diploma:

  • Marks obtained in relevant qualifying exams.
  • Marks obtained in Class 10th.

For B.Tech/BE:

    • Entrance Exam conducted by particular University
    • Marks obtained in the entrance examination.
  • Marks obtained in Class 10+2 in PCM.

For M.Tech/ME:

  • Marks obtained in GATE.
  • Entrance Exam conducted by particular University
  • Marks obtained in Interview.
  • Marks obtained in Bachelor Degree.
  • Marks obtained in 10+2

For M.Sc:

  • Entrance Exam conducted by particular University
  • Marks obtained in Interview(if conducted).
  • Marks obtained in Bachelor Degree.
  • Marks obtained in 10+2

For M.Phil. :

  • Marks obtained in UGC NET/GATE/JEST/UGC – CSIR or relevant national exam.
  • Marks obtained in Personal Interview.  
  • Marks obtained in the Master’s Degree.

For PhD:

  • Marks obtained in UGC NET/GATE/JEST/UGC – CSIR or relevant national exam.
  • Marks obtained in Personal Interview. 
  • Marks obtained in the Master’s Degree.
  • Marks obtained in M.Phil Degree. 

Syllabus for Electronics and Communication Engineering Courses

University and Colleges offer Industrial Engineering follow a prescribed syllabus, check below

For Diploma:

Electronics and Communication Engineering Diploma Syllabus
Ist Year 2nd Year 3rd Year
Professional Communication Applied Mathematics II  Industrial Management and Entrepreneurship Development
Applied Physics Industrial Electronics & Transducers Communication System
Electrical Engineering I Electronic Devices and Circuits. Construction Management, Accounts & Entrepreneurship Development
Applied Mechanics Principles of Digital Electronics Television Engineering
Technical Drawing. Programming in C & C++ Field Exposure
Computer Application for Engineering Electrical Engineering II Environmental Education & Disaster Management
Applied Mathematics III Network Filters & Transmission Lines Electronic Instruments and Measurement.
Applied Chemistry Principles of Communication Engineering. Audio and Video System
Engineering Mechanics & Materials Electronics Workshop. Microprocessor and Application
Electronic Components and Devices. Project -I. Problem
Elementary Workshop Practice.

Syllabus For Bachelor of Engineering (BE):

Electronics and Communication Engineering Bachelor of Engineering Syllabus
Subjects Important Topics
Chemistry I Chemical Thermodynamics, Dynamics of Chemical Processes, Electronics, Water, Polymers
Engineering Mechanics Basics, Statics of Particles, Dynamics of Particles, Elements of Rigid Body Dynamics, Equilibrium of Rigid Bodies, Properties of Surfaces and Solids, Friction.
Mathematics I Matrices, Three-Dimensional Analytical Geometry, Functions of Several Variables, Ordinary Differential Equations, Tutorial
Physics I Properties of Matter, Acoustics, Heat and Thermodynamics, Optics, Laser and Fibre Optics
Circuit Theory Basics of Circuit Analysis, Network Theorems, Resonance and Coupled Circuits, Transients, Duality and Topology, Tutorial
Mathematics II Multiple Integrals, Complex Integration, Statistics, Vector Calculus, Analytic Functions.
Material Science Crystal Physics, Magnetic and Dielectric Materials, Optical Materials,  Conducting Materials, Semiconducting Materials.
Engineering Graphics Principles of Graphics, Orthographic Projections, Pictorial Projections, Computer Graphics
Network Analysis and Synthesis Analysis of Networks In ‘S’ Domain, Passive Filter Design, Active Filter Design, Methods for Computer-Aided Network Analysis,  Elements of Network Synthesis.
Signals and Systems Classification of Signals and Systems, Analysis of C.T. Signals, LTI-CT Systems, Analysis of D.T. Signals, LTI-DT Systems
Electromagnetic Fields Static Electromagnetic Fields, Static Magnetic Field, Electric Field in Dielectrics, Magnetic Field in Ferromagnetic Materials, Time-Varying Electric and Magnetic Fields
Electronic Circuits I Basic Stability and Device Stabilization, Rectifiers and Power Supplies, Frequency Response of Amplifiers and Analysis Using Spice.
Electrical Engineering Circuits and Transformers, Transmission and Distribution,  DC Motors, Induction Motors, Synchronous and Special Machines
Mathematics III Partial Differential Equations, Fourier Series, Boundary Value Problems, Laplace Transforms, Fourier Transforms
Electronic Circuits II Feedback Amplifiers, Oscillators, Block Oscillators and Timebase Generators,  Tuned Amplifiers, Multi-vibrator Circuits
Digital Electronics Basic Concepts and Boolean Algebra, Logic Gates, Combinational Circuits, Sequential Circuits, Fundamental Mode Sequential Circuits
Programming and Data Structures Programming Concepts, Advanced Topics on Data Structure, Algorithms, Pascal / C, Data Structure.
Linear Integrated Circuits Circuit Configuration for Linear ICS, Analogue to Digital and Digital to Analogue Converters, Special Function ICS, Applications of Operational Amplifiers, Analogue Multiplier and PLL.
Measurements and Instrumentation Transducers, Data Display and Recording System, Computer Controlled Test System, Signal Generator and Signal Analyzers, Digital Instruments.
Random Processes Probability and Random Variables, Two-Dimensional Random Variables, Random Processes, Correlation Function, Spectral Densities

 

Syllabus For Master of Engineering (ME):

Master of Engineering ECE Syllabus
Semester I Semester II Semester III Semester IV Elective 

I/II/II

Elective

IV/V/VI

Applied Mathematics  Machine Vision  Elective IV Project Work (Phase II) Mobile and Personal Communications Speech and Audio Signal Processing
Advanced Radiation System Optical Signal Processing Elective V Neural Networks and Applications Satellite Communication
Advanced Digital Signal Processing RF System Design Elective VI High-Performance Communication Networks VLSI Signal Processing
VLSI Design Techniques Elective I Project Work (Phase I) Analysis and Design of Analogue Integrated Genetic Algorithms and Applications
Wireless Communication Networks Elective II Multimedia Systems Simulation of Communication Systems and
Optical Fibre Communication Elective III Communication Network Security e-Commerce Technology
—- Electronics and Communication Engineering Design of Semiconductor Memories Microwave Integrated Circuits
Circuits Optical Communication Networks
Low Power VLSI Design Wireless LAN
—- ASIC Design Networks
—- —- —- Data Communication Networks Network Routing Algorithms
—- —- Real-Time Embedded Systems

Syllabus For M.Sc:

M.Sc ECE Syllabus
Important Topics Important Topics
Physics I Mathematics I
Discrete mathematics & Mathematical logic Semiconductor Devices
Electronic Devices and Circuits Introduction to Computer Programming
Communication skills Physics II
Mathematics II Digital Electronics
Electrical Engineering Data & File Structures
Principles of Management & Economics Electronics Workshop
Probability & Statistics Mathematics III AT-III
Analog Devices and Circuits Electromagnetic Fields and Waves
Communication Engineering I Computer Organization
Semiconductor Technology  Microprocessor Programming
Signals and Systems Communication Engg. II
Business Systems Electronics Instrumentation
RF & Microwave Engg. Computer Controlled Systems
VLSI Technology Antenna & Wave Propagation
Computer Networking Optical Communication
VLSI-Design Digital Signal Processing

Syllabus For Master of Technology (M.Tech):

M.Tech ECE Syllabus
Subjects Subjects
Digital Circuits & Systems  Digital Image Processing
Digital Signal Processing   Digital Voice and Picture Communication    
Modern Digital Communication Technology Optical Communication Systems
Optimal Control Satellite Communication System
Semiconductor Devices and Modelling Solid-State Circuits 
Telecommunication Switching and Network VLSI Technology and Process Modelling

Syllabus for ECE For PhD:

PhD ECE Syllabus
Important Topics Important Topics
Adaptive Signal Processing Audio Signal Processing
Biomedical Instrumentation Biomedical Signal Processing
Communication Control Systems
Control Theory Applications Digital Signal Processing
Electromagnetics Finite-Precision Signal Processing
Fuzzy Logic High-Speed VLSI Structures for Signal Processing & Communication
Image Processing Industrial/Ultrasonic Instrumentation
Medical Image Processing Microprocessors
Microstrip Antennas Microwave Engineering
MOSFET Devices Neural Networks
Non-Destructive Testing Pattern Recognition
Power System and Power Electronics RF Circuits
Speech Processing Statistical Signal Processing
Stochastic Systems VLSI Technology
Wavelets Wireless Communication

Skill Set Required for Electronics and Communication Engineering

Careers of an electronics & communication engineer can lead in many directions and long-term opportunities. For this candidates must need below-mentioned skills:-

  • Complex problem-solving skills and a methodical mind
  • Aptitude for maths
  • Communications skills
  • Critical thinking
  • Strong interest in technology
  • Strong IT skills
  • Time management
  •  An ability to prioritise and plan work effectively

Electronics and Communication Engineering Course Job Profiles

Candidates who completed their degree courses in ECE can find a range of career opportunities.  Candidates can read carefully job profile given below:-

  • Electronics Engineer
  • System Control Engineer
  • Electronics Design & Development Engineer
  • Network Engineer

Candidates can also choose numerous Government Jobs.

Check Popular Courses After 12th here.

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