"We aim to build real technocrat, that can build the nation with technology"

Electronic communications engineering is the utilization of science and math applied to practical problems in the field of communications. Electronics & communication engineers might be engaged in research, design, development and testing of the electronic equipment used in various communication systems. Electronics and Communication Engineering is related to design, development, and testing of electronic circuits, communication equipments like transmitter, receiver, integrated circuits (IC). It also deals with basic electronics, analog and digital transmission and reception of data, voice and video transmission, microprocessors, satellite communication, microwave engineering, antennae and wave progression. Today Electronics has changed the entire global scenario with its application in different fields such as medical science, public transport, automobile, 4G and 5G communication model and energy sources. This has improved the day to day quality of life.

Learning Perspective of Electronics & Communication Engineering : During the four years of engineering, ECE people deal with fundamental subjects such as engineering mathematics, circuit analysis, signal analysis, analog and digital electronics design; also applicable programming concept such as C, C++, Java. Apart from basic understanding of electronics, course offers specialization in respective fields, embedded system, communication system, nano-electronics, microwave engineering, image processing and satellite communication etc. During engineering, university provides hands-on practice in various modern cutting edge laboratories. Students will enhance not only in hardware skills, but also improve in software sections (Xilinx-HDL-VHDL, Verilog, Java, MATLAB, Tanner, and Various Circuit Simulation Tools etc.) through minor projects in each semester. Apart all, Electronics department has modern research and development cell for the students to implement their innovative ideas for the betterment of the society.


Areas of Specialization

The Students of E&C engineering can opt for specialization in the areas, such as Robotics, VLSI, DSP, Satellite Communication, Radar, Mobile Communication and Medical Electronics.

Duration: 4 Years


12th (PCM) - Min. 50%(As per AICTE Norms)

Selection Procedure:

ET + P.I.


Programme Outcome
  • I Semester

    102TEngineering Maths-I
    103TEngineering Physics-I
    104TEngineering Chemistry-I
    105TIntroduction to IT
    106TFundamentals of Electrical Science
    114TEnvironmental Studies
  • Practicals & Sessionals

    107PLanguage Lab.
    108PEngineering Physics Lab-I
    109PEngineering Chemistry Lab-I
    110PPC Software Lab
    111PPractical Geometry
    112PEngineering Workshop Practice
    113PGeneral Proficiency (C)
  • II Semester

    202TEngineering Maths-II
    203TEngineering Physics -II
    204TEngineering Chemistry-II
    205TProgramming and Problem Solving using "C" Language
    206TFundamentals of Electronics
    207TMechanical Engineering
  • Practicals & Sessionals

    208PCommunication Techniques
    209PEngineering Physics Lab-II
    210PEngineering Chemistry Lab-II
    211PComputer Programming Lab
    212PMachine Drawing
    213PBasic Electronics Lab
    214PGeneral Proficiency
  • III Semester

    3EC1Analog Electronics - I
    3EC3Electronic Measurements & Instrumentation
    3EC4Electronic Materials & Processes
    3EC5Digital Electronics

    Elective (Any one of the following)

    3EC6.1Environmental Engineering
    3EC6.2Data Structures & Algorithms
    3EC6.3Electrical Technology
  • Practicals & Sessionals

    3EC7Analog Electronics Lab - I
    3EC8Digital Electronics Lab
    3EC9Instrumentation & Measurements Lab
    3EC10Minor Project-I
    3EC11*Discipline & Extra Curricular activities
  • IV Semester

    4EC1Networks Analysis and Synthesis
    4EC2Electromagnetic Field Theory
    4EC3Telecommunication Engineering
    4EC4Analog Electronics - II
    4EC5Microprocessors and Applications

    Elective(Any one of the following)

    4EC6.1Object Oriented Programming
    4EC6.2Computer Graphics
    4EC6.3Data Base Management System
  • Practicals & Sessionals

    4EC7Analog Electronics Lab - II
    4EC8Humanities & Social Sciences
    4EC9Network Lab
    4EC10Minor Project-II
    4EC11*Discipline & Extra Curricular activities
  • V Semester

    5EC1Automatic Control System
    5EC2Principles of Communication
    5EC3Signal & System
    5EC4Antenna & Wave Propagation
    5EC55EC5 Power Electronics

    Elective (any one of following)

    5EC6.1Computer Oriented Numerical & Statistical Methods
    5EC6.2Biomedical Instrumentation
    5EC6.3Advanced Data Structures
  • Practicals & Sessionals

    5EC7Communication Lab-I
    5EC8Microprocessors Lab
    5EC9Internship Programme Seminar
    5EC10Minor Project-III
    5EC11*Discipline & Extra Curricular activities
  • VI Semester

    6EC1Digital Communication
    6EC2Digital Signal Processing
    6EC3Microwave and Radar Engineering
    6EC4VLSI Technology
    6EC5Simulation and Modelling

    Elective (any one of following)

    6EC6.1VLSI Design
    6EC6.2Parallel Computation & Architecture
    6EC6.3Optimization Techniques
  • Practicals & Sessionals

    6EC7Microwave Lab
    6EC86EC8 Communication Lab - II
    6EC9Electronics CAD
    6EC10Minor Project-IV
    6EC11*Discipline & Extra Curricular activities
  • VII Semester

    7EC1Optical Fiber Communication
    7EC2Mobile Communication
    7EC3Artificial Neural Networks
    7EC5Computer Architecture

    Elective(Any one of the following)

    7EC6.1Advanced Signal Processing
    7EC6.2Advanced Microprocessors
    7EC6.3Artificial Intelligence and Expert System
  • Practicals & Sessionals

    7EC7Signal Processing & Fiber Communication lab
    7EC8VLSI Lab
    7EC10Minor Project-V
    7EC11*Discipline & Extra Curricular activities
  • VIII Semester

    8EC1Advanced Microprocessors & Micro-Controllers
    8EC2 Nanotechnology
    8EC3Computer Networking

    Elective (any one of following)

    8EC4.1Introduction to Embedded Systems
    8EC4.2Digital Image Processing
    8EC4.3CMOS RF Circuit Design
  • Practicals & Sessionals

    8EC5Advanced Microprocessors & Micro-Controllers Lab
    8EC6Advanced VLSI and DSP Lab
    8EC7Industrial Economics & Management
    8EC9Major Project
    8EC10*Discipline & Extra Curricular activities

Career Prospects

Career Prospects

  • Electronics and Communication Engineers can be of great help in increasing productivity in various industries such as oil, energy, steel, petroleum and chemical industries, healthcare industry, transportation industry, agriculture and telecommunication media including television, radio and computer.
  • Jobs in government organization like MTNL, BSNL, Civil Aviation, NPL, AIR, Postal &TelegraphD, Railways, Bharat Electronics Limited, ISRO, DRDO, NTRO, EIL, NPCIL, among many others.
  • Development of Electrical Appliances
  • There is enough scope for employment in MNC's and national companies including Alcatel, Siemens, Cypress, Dallas, Infineon, Philips, OST, Broadcom, Cadence, Samsung, LG, Videocon Texas instrumentation etc.
  • ECE graduates also have bright placement opportunities even in the IT industry, both in software and hardware.
  • Jobs in Government R&D like DST, NBRC, CSIR and various IIT.
  • Defense Services – Army, Air Force, Navy

Join us at Electronics Department and cherish your dreams