Jaypee Institute of Information Technology, Noida
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  • Electronics and Communication Course Outline


15B11EC111 Electrical Science -1 (4 credits)

Basic Concepts of Dependent, Independent Sources and Kirchhoff’s Laws. DC & AC Network Theorems, Concepts of impedance, admittance and Resonant Circuits. Electrical Instruments & Single-Phase Transformer.

18B11EC214 Signals and Systems (4 credits)

Signals and Systems with their classifications, Response of LTI system, Continuous & Discrete Transforms Fourier series, Laplace Transform, Z- Transform & Digital filters.

18B11EC215 Digital Circuit Design (4 credits)

Digital systems, Binary Codes & Boolean functions, Combinational and Sequential logic circuits, Finite state machine of sequential circuits, Programmable logic devices & Parameters of logic families, Wave shaping circuits.

15B11EC211 Electrical Science-2 (4 credits)

Transient Analysis & Two Port Network Parameters, Operational Amplifier and Filters. Introduction to Semiconductor Diodes, Zener Diode and its application as voltage reference & Bipolar Junction Transistor.


BJT Amplifier: Single stage & Multistage. Introduction of MOSFET and analysis of MOS amplifier & Basic Building Blocks of Op-amp (BJT and MOS). Basic feedback topologies, Measurement of Op-amp parameters and Application of Op-Amp.


Review of discrete–time sequences and systems, Discrete Fourier Transform and FFT; FIR & IIR Filter design. Applications of DSP in speech and image processing, and power spectrum estimation.


Elements of a communication system, Amplitude & Angle modulation. Transmitters, Receivers and Multiplexing Techniques, Sampling and Quantization techniques, Pulse Code modulation and Digital Modulation Techniques.

15B11EC313 Microprocessor and Microcontroller (3 credits)

Introduction to Microprocessors; Detailed Study of 8085 Microprocessor & 8051 Microcontroller; Real World Interfacing with Microcontroller.

17B1NEC735 Information Theory and Applications (3 credits)

Review of Basic Probability & Information Measure; Data Compression & Transmission; Error Control Coding for reliable digital transmission and storage, Linear Cyclic & Convolutional Codes.

18B11EC312 Electromagnetic Field Theory (4 credits)

Review of scalar, vector fields and coordinate systems; Maxwell’s Equations, Electromagnetic Waves, Poynting Vector and Power. Transmission Lines, Wave guides, Radiation and Antennas.

15B11EC611 Telecommunication Networks (3 credits)

Telecommunication network model, Switching technologies & Computer Networks; Data link Control, Network Layer and Internet Protocol (IP), Transport Layer and TCP/UDP , LAN Protocols & Implementation; Introduction to ISDN, B-ISDN and ATM.

15B11EC613 Control Systems (3 credits)

Introduction to Control System, Block diagram simplification of continuous-time systems, Time Domain Analysis and Design, Stability Analysis for continuous-time systems; Fundamentals of Root Locus, Bodes plot and Nyquist plot. State variable representation of continuous-time systems.

16B19EC691 Renewable Energy (2 credits)

Overview of energy use and related issues, Fundamentals of Solar radiation, Wind Energy & Biomass Energy. Electric Grid operations new developments and challenges.

17B1NEC734 RF and Microwave Engineering (3 credits)

Introduction to RF, Microwave Engineering and Transmission Lines. Impedance matching, Scattering Parameters, Microwave Components; Microwave semiconductor devices, Microwave Measurements and RF Filters; Industrial, Scientific and Medical applications of Microwave Energy.

17B1NEC741 Digital Hardware Design (3 credits)

Finite State Machine (FSM) Design methodology; Pulse Generation Technique and Advanced Topics in Digital Circuits. VHDL based Digital Circuit Design, Asynchronous Analysis, Design of Asynchronous Machines.

17B11EC731 Mobile Communication (3 credits)

Evolution of mobile communication systems, 2G, 3G, and 4G systems; The cellular Concept – System Design Fundamentals; Free Space Propagation Model, FDMA, TDMA, CDMA and OFDMA techniques; GSM standards and architecture; Introduction to 4G systems.

18B11EC315 VLSI Design (4 credits)

Overview of VLSI design methodologies; MOS structure and operation; MOS Inverters and CMOS logic circuits; Semiconductor Memories and Language fundamentals, Different modeling techniques using Verilog-HDL.

18B12EC311 Advanced Radio Access Networks (3 credits)

Overview and evolution of Mobile Telephony, RF Basics and Radio Access Networks-Overview. Radio Access Networks-Overview and Radio Access Network Optimization.

18B13EC314 Machine Learning for Signal Processing (3 credits)

Introduction to Linear algebra, Probability distributions and Feature Selection. Linear Models for Regression & Classification. Decision Tree Representation, Hypothesis space search, Support Vector Machines, Introduction to Neural Networks and Deep Networks.


Introduction to wireless networks; ICI cancellation and PAPR reduction; MIMO systems; MIMO OFDM in 4G/LTE Networks and 5G Networks.

20B12EC413 Basics of Antenna and Wave Propagation (4 credits)

Radiation Fundamentals & Antenna Parameters. Linear antennas and Antenna Arrays; Broadband Antennas, Frequency Independent antennas & Aperture antennas; Reconfigurable antenna & Propagation of Radio Waves.

15B1NEC733 Fundamentals of Embedded Systems (4 credits)

Embedded System and its applications, Future Trends of Embedded System & Detailed Study of AVR Microcontroller; Concept of Embedded ‘C’ programming & Real World Interfacing with Microcontroller; Concept of RTOS and Advanced Microprocessor.

17B1NEC742 Introduction to data analysis with R (4 credits)

Introduction to R and MATLAB programming for data analysis. Probabilistic models, Hypothesis testing and estimation, Introduction to Unsupervised and Supervised machine learning algorithms; Simulations of data analysis techniques and Introduction to smoothing functions.

17B11EC733 Optical Communication (4 credits)

Overview of Optical fiber Communications and Optical fibers Structures; Signal distortion in optical fibers & Optical Sources. Source to fiber power launching, Photo detectors & Receivers; Optical System Design & Eye pattern.

18B12EC413 Digital Control Systems (3 credits)

Review of Z transform & state space techniques; Introduction to Digital Control System, Pulse transfer function, Stability tests, Controllability and Observability; Observer Design for digital control.

18B12EC421 Image Analysis and Feature Extraction (4 credits)

Introduction to Image Processing, Sampling and Quantization; Image Analysis/Computer Vision,Bayesian cost functions, Object Recognition, Image compression and optimization using Nature inspired algorithm.

19B12EC413 Convergence and Next Generation Networks (3 credits)

Overview of telecom & broadcasting networks; Voice/ multimedia over IP Network and Network Security; Session Initiation Protocol (SIP), Separation of media and call control functions; Next Generation Network & Trends.

19B12EC416 Deep Learning for Multimedia (4 credits)

Introduction to Neural Networks, Loss Functions and Optimization; Backpropagation: Multilayer Perceptrons; Convolutional Neural Network (CNN) Architectures & Sequential Networks.

19B12EC417 Machine Learning and Statistical Pattern Recognition (3 credits)

Familiarity with the basic probability theory & linear algebra, supervised learning & unsupervised learning; learning theory & Robotic control, data mining.

21B12EC412 Modeling and Simulation of Semiconductor Devices (3 credits)

Review of semiconductor electronics, band model for solids; Fundamental equations for semiconductor devices; Modeling and design strategy of MOSFET & Photonic Devices; Introduction to recent trends in semiconductor devices.

21B12EC411 Introduction to CMOS Data Converters (3 credits)

Microelectronics vs Electronic Design, Evolution of CMOS Technologies; Fundamentals of Data conversion systems and it’s Building Blocks; Switched-Capacitor Circuits and Precision Techniques; Traditional Σ-Δ topologies with performance comparison; Case study – Design techniques for ADC.

17B11EC732 Cognitive Communication Systems (3 credits)

Introduction of various generation of wireless communication; Spectrum access models & Spectrum sensing; Optimization techniques, Constrained optimization, Lagrangian method & applications of cognitive radio.

18B12EC411 Introduction to IOT (3 credits)

IOT Basics and its Importance; Introduction to IOT Networking, Networking Standards and Technologies; Arduino Uno; Introduction to Python, Data Analytics, Machine Learning and Case Studies. IoT supported Hardware platforms(Raspberry pi) & its Applications.

18B12EC412 Multimedia Communications (4 credits)

Review of Information Theory; Data Compression & Error Resilient Codes; Introduction, Digital Principles, Representations of text, image, audio and video data; Basics of digital image processing & Image, Video, Audio Compression.

18B12EC417 Satellite Communication (4 credits)

Introduction to satellite communication and its Importance; Satellite Orbits and Frequency Bands; Communication Satellites and Link Design; Modulation and Demodulation Techniques, Multiple Access; Different Communication Satellite Systems; Some Communication Satellite Applications.

19B12EC412 Advance Topics in Wireless Communications (3 credits)

Introduction to MIMO systems, Wireless Channel Fading and Distribution; Channel capacity of MIMO systems; Space-time codes and MIMO detection; UWB Technology.

20B12EC412 Advanced Microcontrollers and RTOS (3 credits)

Review of ARM architecture, System Peripherals; ARM CORTEXProcessor (M3/M4) and Controller (STM32F407); On chip peripherals of STM32F407; Understanding RTOS concepts.

20B12EC415 Network Security (3 credits)

General security concepts, need for security & security mechanisms; Symmetric-key & Asymmetric-key Cryptosystems; Message Authentication & Digital Signatures; Entity Authentication & Security for Remote Access, Key Distribution; Security at the Transport layer, Architecture of wireless LAN, Malware; Security at the Application Layer.

16BINEC831 Sonar system and acoustic imaging (3 credits)

Introduction to sonar system, Modulation Scanning & Synthetic aperture sonar; Continuous time frequency modulation technique (CTFM); Signal processing for Ship speed measurement & Acoustic localization.



Review of discrete–time sequences and systems, Linear Shift Invariant (LSI) systems; Design of IIR and FIR Filters; Decimation & Interpolation, Application of Multirate Signal processing & Adaptive Filters.

20M31EC113 Introduction to Machine Learning (3 credits)

Introduction to Linear algebra, Probability distributions, Types of Data & Neural Networks; Decision Tree Representation, Construction of Decision Trees; Data Clustering & Support Vector Machines.

20M31EC114 Digital Image and Video Processing (3 credits)

Basics of digital image processing, Structure of the Picture Information; Digital Image Processing; Digital Video Processing; Data Compression; Image and Video Applications.

20M32EC114 Speech and Audio Signal Processing (Elective M.Tech MLSP) (3 credits)

The Process of Speech Production; Time-Domain Methods for Speech Processing; Implementationof the FBS; The Cepstrum and Homomorphic Speech Processing; Computation of the Gain for the Model; Digital Coding of Speech Signals.

19M12EC112 Soft computing (3 credits)

Introduction of soft computing; Fundamental of neural network; Multi layer Feed forward neural network; Associated Memory, LVQ, Fuzzy logic & Genetic Algorithms.

17M11EC121 Statistical Signal Processing (3 credits)

Review of Linear Algebra, Random Variables and Random Processes; Random Signal Modelling & Levinson-Durbin Recursion; Wiener and Adaptive Filtering; Spectral Estimation.

20M31EC115 Deep Learning and Applications (3 credits)

Introduction to Deep Learning, Bayesian Learning; Introduction to Neural Networks, Backpropagation and Generalization; Convolutional Neural Network (CNN) Architectures; Sequence Models, Introduction to GANs and generative modeling, Various GAN architectures and applications.

20M32EC113 Bio Medical Signal Processing (3 credits)

Revision of Fundamentals of Signal Processing and Filter Design; Basic electrocardiography, Introduction to wavelets, Time frequency representation & Analysis of Bio-signals.

20M31EC116 Hybrid Intelligent System (4 credits)

Introduction of neural network, fuzzy logic and Genetic algorithm; Introduction of hybrid system, Neuro Fuzzy Modelling & fuzzy BP architecture; Genetic Algorithm based back propagation network; Fuzzy ARTMAP and its working.