B.TECH. (ELECTRONICS & COMMUNICATION ENGINEERING)
"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
Eligibility: 12th (PCM) - Min. 50%(As per AICTE Norms)
12th (PCM) - Min. 50%(As per AICTE Norms)
Selection Procedure: ET + P.I.
ET + P.I.
I SemesterEnglishEngineering Maths-IEngineering Physics-IEngineering Chemistry-IIntroduction to ITFundamentals of Electrical ScienceEnvironmental Studies
Practicals & SessionalsLanguage Lab.Engineering Physics Lab-IEngineering Chemistry Lab-IPC Software LabPractical GeometryEngineering Workshop PracticeGeneral Proficiency (C)
II SemesterEnglishEngineering Maths-IIEngineering Physics -IIEngineering Chemistry-IIProgramming and Problem Solving using "C" LanguageFundamentals of ElectronicsMechanical Engineering
Practicals & SessionalsCommunication TechniquesEngineering Physics Lab-IIEngineering Chemistry Lab-IIComputer Programming LabMachine DrawingBasic Electronics LabGeneral Proficiency
III SemesterAnalog Electronics - IMathematics-IIIElectronic Measurements & InstrumentationElectronic Materials & ProcessesDigital Electronics
Elective (Any one of the following)Environmental EngineeringData Structures & AlgorithmsElectrical Technology
Practicals & SessionalsAnalog Electronics Lab - IDigital Electronics LabInstrumentation & Measurements LabMinor Project-I*Discipline & Extra Curricular activities
IV SemesterNetworks Analysis and SynthesisElectromagnetic Field TheoryTelecommunication EngineeringAnalog Electronics - IIMicroprocessors and Applications
Elective(Any one of the following)Object Oriented ProgrammingComputer GraphicsData Base Management System
Practicals & SessionalsAnalog Electronics Lab - IIHumanities & Social SciencesNetwork LabMinor Project-II*Discipline & Extra Curricular activities
V SemesterAutomatic Control SystemPrinciples of CommunicationSignal & SystemAntenna & Wave PropagationPower Electronics
Elective (any one of following)Computer Oriented Numerical & Statistical MethodsBiomedical InstrumentationAdvanced Data Structures
Practicals & SessionalsCommunication Lab-IMicroprocessors LabInternship Programme SeminarMinor Project-III*Discipline & Extra Curricular activities
VI SemesterDigital CommunicationDigital Signal ProcessingMicrowave and Radar EngineeringVLSI TechnologySimulation and Modelling
Elective (any one of following)VLSI DesignParallel Computation & ArchitectureOptimization Techniques
Practicals & SessionalsMicrowave LabCommunication Lab - IIElectronics CADMinor Project-IV*Discipline & Extra Curricular activities
VII SemesterOptical Fiber CommunicationMobile CommunicationArtificial Neural NetworksVHDLComputer Architecture
Elective(Any one of the following)Advanced Signal ProcessingAdvanced MicroprocessorsArtificial Intelligence and Expert System
Practicals & SessionalsSignal Processing & Fiber Communication labVLSI LabSeminarMinor Project-V*Discipline & Extra Curricular activities
VIII SemesterAdvanced Microprocessors & Micro-ControllersNanotechnologyComputer Networking
Elective (any one of following)Introduction to Embedded SystemsDigital Image ProcessingCMOS RF Circuit Design
Practicals & SessionalsAdvanced Microprocessors & Micro-Controllers LabAdvanced VLSI and DSP LabIndustrial Economics & ManagementSeminarMajor Project*Discipline & Extra Curricular activities