| Sem 3 | Applied Mathematics- III | To understand the basic concept of Laplace Transformation |
To solve Fourier Transformation |
To solve Vector differentiation and integration |
To understand basic knowledge knowledge of Complex Variable and Bessel's Function |
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Electronic Devices and Circuits I | Understand the basic components like resistor, capacitor,inductor and analyze the characteristics of PN junction Diodes
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Do analysis design of rectifiers with filters and design of zener voltage regulator |
Understand operation of BJT and design and analyse different configuration of the BJT amplifier |
Understand operation of JFET and design and analyse the FET amplifier |
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Digital System Design | Understand various number systems and codes and their inter conversions, Also perform arithmetic operations |
Understood Boolean algebra for minimization and implementation of logic functions and various Combinational circuits |
Analyze design and implement sequential logic circuits |
Analyze digital systems using PLD and Simulate and Implement Combinational and sequential circuits using VHDL systems. |
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Circuit Theory and Networks | Apply their knowledge in analysing Circuits by using network theorems.
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Apply the time and frequency method of analysis.
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Find the various parameters of two port network. |
Apply network topology for analyzing the circuit |
Synthesize the network using passive elements. |
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Electronic Instrumentation and Control | Understand the various types of sensors and transducers as well. |
Students will get the idea about data acquisiton system. And will be able to find the transfer function of a system. |
Find time domain and frequency domain analysis of system and the stability using root locus technique as well. |
to find stability using bode plot method and will understand Different stability analysis methods. |
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OOP using JAVA Laboratory | Code a program using java constructs. |
Understand fundamental features of an object oriented language: object classes and interfaces, exceptions and libraries of object collections. |
Develop a program that efficiently implements the algorithm for given tasks. |
Utilize the knowledge acquired in this course to develop higher level algorithms.
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| Sem 4 | Applied Mathematics IV | To understand Euler's Lagrange's equation and higher order derivatives |
To understand importance of vector spces in electronics and telecommunicaiton engineering |
Apply method of calculus of variations to specific systems, demonstrate ability to manipulate matrices and compute eigenvalues and eigenvectors |
To understand the relevance of complex variables in various facets of engineering |
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Analog Electronics II | Know about the various frequency responses of BJT and MOSFET amplifiers. They also got the idea of the effects of various capacitors along with the merger of various configurations. |
Understand about the basic difference between the implementation of BJT and MOSFET based differential amplifiers. They also got the idea of the CMRR along with the small signal analysis. |
Perform analysis of BJT, MOSFET current sources. They will also be able to overcome the drawbacks of Two transistor current sources by using the special ones. |
Distinguish between the various types of power amplifiers which would help them design the required ones according to the given specifications. |
Get the idea of the effect of HF and its impact on op-amp gain. They will also be able to use them in many practical applications where the demand of voltage gain would be very high. |
Get the idea of voltage regulators in different configurations. |
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Microprocessors and Peripherals | Students will get the idea of Architecture of 8085 and 8086 Microprocessor |
Understand Instruction set and programming of 8086 and students will be able to do interfacing with 8086 and applications. |
Students will get the knowledge of ADC, DAC interfacing with 8086 and its application |
Perform 8086 Microprocessor interfacing, also get the basic idea of advanced microprocessors. |
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Wave Theory and Propagation | Students will get the understanding of basic laws of electrostatics and magnetostatics in vector form. |
Get the understanding of the propagation of wave in different media like dielectric and conducting media by solving wave equation and find parameters of media |
Calculate energy transported by means of electromagnetic waves from one point to another and to study polarization of waves. |
Solve electromagnetic problems using different numerical methods. |
Understand with the propagation of the waves by different types such as ground waves and space waves. |
Get acquainted with the factors affecting the wave during its propagation and understand sky wave propagation; related parameters such as MUF, skip distance and critical frequency |
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Signals and Systems | Understand types of signals in the time and frequency domains and its significance. |
Understand system, classification of system and analysis of system using Laplace transform. |
To find the z transform of signals and Fourier series of continuous and discrete time signals as well. |
Students will get the idea about continuous time Fourier transform and discrete time Fourier transform which is useful in understanding behavior of Electronics circuits and communication system. |
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Control Systems | Understand the fundamental concepts of control system, types of models, signals and their response. |
Find the mathematical modeling of system, Controllability and Observability of the system |
Understand the stability analysis in time and frequency domain. |
Get the idea about optimal and adaptive control system |
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| Sem 5 | Microcontrollers and Applications | Get the idea of difference between microprocessor and microcontroller, purpose advantages of microcontroller 8051. |
To understand different operations, instructions, assembly programming and applications of 8051 microcontroller hardware and software. |
Understand architecture of ARM7, data types, different codes, movement operations, loops, assembly programming for ARM7 as well. |
Get the idea about embedded system, its applications digital camera, stepper motor controller. |
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Analog Communication | Students will the idea about basics of communication system and understand the need of modulation and demodulation. |
Recieve knowledge of amplitude modulation of demodulation and angle modulation and demodulation as well. |
To understand different types of radio receiver and the sampling techniques for different types of signals. |
To understand the concept of different pulse modulation techniques, TDM and FDM |
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Random Signal Analysis | Apply theory of probability in identifying and solving relevant problems |
Define and differentiate between random variables through the use of Cumulative distribution function CDF and probability distribution function PDF as well as marginal and conditional CDF, PDF. |
Get the basic idea of functions random process and will be able to determine the response of a linear time invariant sytem to a random process |
Got the basic idea of sequence of random variables, convergence, markov chain and queuing theory |
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RF Modeling and Antennas | Design lumped and distributed element filters |
Identify basic antenna parameters required for the analysis of simple wire antennas |
Describe various antenna structures and differentiate them on the basis of their application and performance. |
Analyze and design antenna arrays and study wireless transmit-receive systems |
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Integrated Circuits | Understand the fundamentals and areas of applications for the Integrated Circuits using OPAMP. |
Design filters, oscillators and non linear application like generators, rectifiers and comparators |
Design Special Purpose Integrated Circuits like 555 timer with real time applications |
Understand the differences amongdifferent voltage regulators and their uses and analyze Counters, Shift Registers and ALU |
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| Sem 6 | Digital Communication | Understand the basics of information theory and coding techniques |
Determine methods to mitigate inter symbol interference in baseband transmission system |
Describe and determine the performance of different error control coding schemes for the reliable
transmission of digital representation of signals and information over the channel |
Understand various spreading techniques and determine bit error performance of various digital
communication systems |
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Discrete Time Signal Processing | To understand Transform Analysis of Linear Time Invariant System |
To design filters and their implementation using various techniques |
To understand multi rate signal processing |
To understand various techniques for approximations in digital signal processing parlance and applications of the same |
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Computer Communication and Telecom Networks | To understand various principles of network applications |
To understand the transport layer protocols and their reliability |
To understand various network layer services and protocols |
To understand various data link layer services, protocols and physical layer services |
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Television Engineering | Get the understanding of the basics of Analog TV systems |
Students will get the understanding of the basics of picture transmission and reception |
Become well conversant with new development in video engineering. |
Understand, use and working principles of latest display like HDTV, LCD, LED, Plasma and large plat panel monitors. |
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Operating Systems | Understand the role of an operating system and Compare between different algorithms used for management and scheduling of processes, Memory and
input-output operation. |
To understand File Management and Input Output Management |
To understand Unix and Linux Operating System |
To understand Real time operating systems |
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VLSI Design | Get basic idea of scaling and its effect, fabrication steps and Lambda rules |
Get the idea about the different design styles and the difference between them |
Design different types of inverters with static and dynamic analysis |
Get the idea about the static and dynamic RAM, different flash memories, read and write process in the memory |
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| Sem 7 | Image and Video Processing | Understand basics of Image aand video processing and use various transforms to interpret and analyze 2D signals |
Perform time and frequency domain image enhancement and image restoration |
Understand methods for image segmentation and various morphological tools used for practical applications. |
understand basics of video processing and various methods of motion estimation |
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Mobile Communication | To get the idea of different multiple access techniques, basics of cellular system and processes in cellular systems. |
To understand the idea of different 2G technologies i.e. GSM , IS-95 CDMA, architecture and channels in CDMA |
Get the idea of evolution of GSM to 3G technology, Architecture of IMT 2000 |
To understand the difference in 3G/4G technology, mobile adhoc network, mobility management, wireless sensor network and RFID technology |
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Optical Communication and Networks | Get the idea about properties of light, types of fiber |
Get the idea about the structure of light sources, detectors & multiplexers. |
Get the knowledge of various components used in optical network system & losses in optical fiber.
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Know the designing & operating principals of modern communication system.
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Microwave and Radar Engineering | Get the idea about Microwave frequecy, their bands and application. |
Get the idea about the different types of waveguides and the microwave components with the help of Scattering parameters |
Design different matching methods using Z & ZY Smith chart. The differents matching are Lumped matching, Single stub matching and Double stub matching. |
Get the idea about the principle of RADAR, its range equation, Doppler effect and various types of RADAR and different application |
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Data Compression & Encryption | To compress any given text sequence using various techniques |
To understand various image, audio and video compression standards. |
To understand various security goals and encryption standards |
To understand symmetric and asymmetric key cryptography techniques and their implications in network security |
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| Sem 8 | Wireless Networks | Describe the phases of planning and design of mobile wireless networks |
Compare personal area network ( PAN) technologies such as Zigbee, Bluetooth etc |
To understand details of sensor network architecture, traffic related protocols , transmission technology etc |
To Understand middleware protocol and network management issues of sensor networks |
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Satellite communication and Networks | Get the idea about basic concept of satellite system & launching techniques. |
Get the idea of space segment subsystems & earth segment. |
Analyze link budget for satellite link. |
Get knowledge of various access methods & satellite applications. |
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Internet and Voice Communication | To understand TCP/IP networking model and configuration of Application Layer |
To understand Transport layer and and its underlining functions in TCP Protocol |
To understand the Internet Protocol and its various standards and services |
To understand the real time working of audio and video in communication |
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Telecom Network Management | Demonstrate broad knowledge of fundamental principles and technical standards underlying telecom networks |
To understand Internet Management using SNMP Protocol |
To understand various broadband networks and services |
To understand various network and telecommunication management principles |
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