Electronics & Communication Engineering

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Electronics Communication Engineering

Electronics and Communication engineering is one of the old and the best course in the field of engineering. This branch is the combination of two major branches of engineering, Electronics and Communication, is one of the largest and fastest growing sectors of the present industry.

This branch of engineering help us to see, hear and communicate over vast distances, and we work with equipments that use extremely small amounts of power. The role of the electronics engineer is pivotal in realms ranging from the toy industry to consumer electronics, from household articles to space/satellite communication.

This course includes design, fabrication, production, testing and manufacture of complex products and systems. We realize the requirements of equipments and components for major industries, including the medical, automotive, robotic, computer and networking sectors.

The Department of Electronics & Communication Engineering at SISTec-GN was established since year 2007 with imparting state-of-the-art knowledge in Electronics and Communication Engineering and allied areas. B.E. Electronics and Communication Engineering is affiliated by the RGPV, Bhopal and Approved by AICTE, New Delhi
The Department offers a Bachelors programme in Electronics and Communication Engineering and focused in research areas like Sensor System Technology, Automotive Electronics, VLSI Design, Embedded systems and Microwave Engineering. It has faculty strength of more than 15.

Thrust Areas:

Focus on Hands on learning
Skill Development Training
Self learning & problem solving through live projects
Real time research oriented projects & implementations
Vision to improve the culture of Digital India
Robotics lab with the coordination to IITB, MHRD under NMEICT India.

Vision of the Department

To become nationally and internationally leading institution of higher learning, building upon the culture and the values of universal science and contemporary education and a center of research and education generating the knowledge and the technologies which lay the ground work in shaping the future in the field of electronics and communication engineering.

Mission of the Department

The mission of the Department of Electronics and Communication Engineering is, to provide Education for those students who are able to compete internationally, able to generate creative solutions to the society’s needs, conscious to the universal moral values, adherent to the professional ethical code, and to generate and disseminate knowledge and technologies essential to the local and global needs in the field of electronics and communication engineering..

PO1.	An ability to apply knowledge of mathematics, science and engineering to electronics and communication engineering problems.
PO2.	An ability to design and conduct experiments, and to analyze and interpret gathered data.
PO3.	An ability to develop and/or design a system or system components to meet desired specifications, performance, and capabilities.
PO4.	An ability to function on and/or develop leadership in multi-disciplinary teams.
PO5.	An ability to identify, formulate, and solves electronics and communication engineering problems.
PO6.	An understanding of professional and ethical responsibilities.
PO7.	An ability to communicate effectively both in verbal and written form.
PO8.	An ability to understand and correctly interpret the impact of engineering solutions in a social/global context.
PO9.	A knoledge and understanding of contemporary issues.
PO10.	An ability to skilfully use modern engineering tools and technologies necessory for engineering design analysis and applications.
PO11.	A recognition of the need for quality.
PO12.	An ability to function individually as well as part of a team.

Program Specific Outcomes (PSOs)

1. Having strong background in basic science and basic mathematics and able to use these tools in Electronics engineering field.
2. Able to pinpoint and define engineering problems in the fields of electronics and Communication engineering
3. Able to employ necessary techniques, hardware, and communication tools for modern engineering applications.

For batches admitted in July, 17 & July, 18 (w.e.f. July, 2018)

S.No.	Programme	Semester	Scheme	Syllabus
1	B.Tech	1^st Sem	EC Scheme 1-sem for 2017 batch EC Scheme 1-sem for 2018 batch	EC Syllabus 1-sem for 2017 batch EC Syllabus 1-sem for 2018 batch
2	B.Tech	2^rd Sem	EC Scheme 2-sem for 2017 batch EC Scheme 2-sem for 2018 batch	EC Syllabus 2-sem for 2017 batch EC Syllabus 2-sem for 2018 batch
2	B.Tech	3^rd Sem	EC Scheme 3-sem	EC Syllabus 3-sem
2	B.Tech	4^rd Sem	EC Scheme 4-sem	EC Syllabus 4-sem
3	B.Tech	5^th Sem	EC Scheme 5-sem	EC Syllabus 5-sem
3	B.Tech	6^th Sem	EC Scheme 6-sem	EC Syllabus 6-sem
3	B.Tech	7^th Sem	EC Scheme 7-sem	EC Syllabus 7-sem
3	B.Tech	8^th Sem	EC Scheme 8-sem	EC Syllabus 8-sem

ENGINEERING MATHEMATICS III (BT-301)

Course Outcomes	Subject Name: ENGINEERING MATHEMATICS III Subject Code: BT-301
Course Outcome 1	Student will be able to solve and analyze the problem of algebraic and transdental equation through various numerical analysis method
Course Outcome 2	Student will be able to solve numerical integration and differentiation through various method
Course Outcome 3	Student will be able to solve the various problem of laplace transform and fourier transform and also able to understand how to apply in practical problem
Course Outcome 4	Student will be able to understand the concept of simultaneous equation and solve the problem through the various numberical analysis method
Course Outcome 5	Student will be able to understand and solve the problems of probality through various distribution method

DIGITAL SYSTEM DESIGN (EC-303)

Course Outcomes	Subject Name: DIGITAL SYSTEM DESIGN Subject Code: EC 303
Course Outcome 1	1.Logic level models, including Boolean algebra, finite state machines, arithmetic circuits, and hardware description languages.
Course Outcome 2	Logic gates, memory, including CMOS gates, flip-flops, arrays, and programmable logic
Course Outcome 3	Design tools, both manual and computerized, for design, optimization, and test of logic circuits
Course Outcome 4	Design criteria, including area, speed, power consumption, and testability
Course Outcome 5	implementation of logic circuits in designing the embedded systems and IOT Projects

Electronics Devices (EC-304)

Course Outcomes	Subject Name: Electronics Devices Subject Code: EC-304
Course Outcome 1	After successful completion of the course student will be able to Understand the current voltage characteristics of semiconductor devices.
Course Outcome 2	Analyze dc circuits and relate ac models of semiconductor devices with their physical Operation and design and analyze of electronic circuits,
Course Outcome 3	Design and analyze the basic operations of MOSFET.
Course Outcome 4	Know about the multistage amplifier using BJT and FET in various configuration to determine frequency response and concept of voltage gain.
Course Outcome 5	Know the concept of feedback amplifier and their characteristics and able to design the different oscillator circuits for various frequencies.

NETWORK ANALYSIS (EC-305)

Course Outcomes	Subject Name: NETWORK ANALYSIS Subject Code: EC305
Course Outcome 1	Articulate in working of various components of a circuit.
Course Outcome 2	Analyze the RLC circuit behavior in detail.
Course Outcome 3	Solve the circuits with the help of various theorems and methods.
Course Outcome 4	Analyze the performance of periodic waveforms
Course Outcome 5	Solve the problems of two port network parameters (Z, Y, ABCD, h & g)

Analog Electronics (EX-305)

Course Outcomes	Subject Name: Analog Electronics Subject Code: EX-305
Course Outcome 1	Understand the current voltage characteristics of semiconductor devices
Course Outcome 2	Develop the Ability to understand the design and working of BJT and FET amplifiers
Course Outcome 3	Know the concept of feedback amplifier and their characteristics and design the different oscillator circuits for various frequencies
Course Outcome 4	Know about different power amplifier circuits, their design and use in electronics and communication circuits.
Course Outcome 5	Understand the fundamentals and areas of applications for the operational amplifiers and analyze important circuits using operational amplifiers

ELECTRONIC MEASUREMENT AND INSTRUMENTATION (EC-302)

Course Outcomes	Subject Name: ELECTRONIC MEASUREMENT AND INSTRUMENTATION Subject Code: EC 302
Course Outcome 1	Design a system, component or process to meet desired needs in electrical and electronics engineering.
Course Outcome 2	Measurement of R,L,C ,Voltage, Current, Power factor , Power, Energy
Course Outcome 3	Ability to balance Bridges to find unknown values.
Course Outcome 4	Ability to measure frequency, phase with Oscilloscope
Course Outcome 5	Ability to measure strain, displacement, Velocity, Angular Velocity, temperature, Pressure Vacuum and flow.

Analog Communication ( EC 403)

Course Outcomes	Subject Name: Analog Communication Subject Code: EC 403
Course Outcome 1	Understand different blocks in communication system and how noise affects communication using different parameters
Course Outcome 2	Distinguish between different amplitude modulation schemes with their advantages, disadvantages and applications
Course Outcome 3	Analyze generation and detection of FM signal and comparison between amplitude and angle modulation schemes
Course Outcome 4	Identify different radio receiver circuits and role of AGC
Course Outcome 5	Sample analog signal and recover original

Control System ( EC 404)

Course Outcomes	Subject Name: Control System Subject Code: EC 404
Course Outcome 1	Student is able to do the mathematical modeling of control system.
Course Outcome 2	Student is able to analyse the performance of control system.
Course Outcome 3	Student is able to improve the performance of control system.
Course Outcome 4	Students will able to understand stability and make them change as per their requirement.
Course Outcome 5	Students will able to understand the various parameters used in various automatic control system

SIGNALS AND SYSTEMS ( EC-402)

Course Outcomes	Subject Name: SIGNALS AND SYSTEMS Subject Code: EC-402
Course Outcome 1	Understand mathematical description and representation of continuous and discrete time signals and systems.
Course Outcome 2	Understand and resolve the signals in frequency domain using Fourier series and Fourier transform.
Course Outcome 3	Understand the limitations of Fourier transform and need for Laplace transform.
Course Outcome 4	To develop the ability to analyze the system in s-domain.
Course Outcome 5	To understand the basic concept of probability.

Analog Circuits ( EC 405)

Course Outcomes	Subject Name: Analog Circuits Subject Code: EC 405
Course Outcome 1	Understand the fundamentals and areas of applications for the integrated circuits.
Course Outcome 2	Analyze important types of integrated circuits.
Course Outcome 3	Demonstrate the ability to design practical circuits that perform the desired operations.
Course Outcome 4	Understand the differences between theoretical, practical & simulated results in integrated circuits.
Course Outcome 5	Select the appropriate integrated circuit modules to build a given application.

EEES ( ES 401)

Course Outcomes	Subject Name: EEES Subject Code: ES 401
Course Outcome 1	To demonstrate knowledge of new and renewable energy and their relationship with ecology & environment.
Course Outcome 2	To describe conventional and non-conventional energy scenario with respect to environment.
Course Outcome 3	To analyze Synergy between energy and environment, global environment issues.
Course Outcome 4	To explain the Environmental Pollution and their effects on environment
Course Outcome 5	To apply awareness regarding environmental protection and application of renewable energy.

Digital electronics & logic design (EX-403)

Course Outcomes	Subject Name: Digital electronics & logic design ( EX-403
Course Outcome 1	student will be able to develop a digital logic and apply it to solve real life problems
Course Outcome 2	student will be able to analyze, design and implement combinational logic circuits.
Course Outcome 3	student will be able to analyze, design and implement sequential logic circuits.
Course Outcome 4	student will be able to Classify different semiconductor memories.
Course Outcome 5	student will be able to analyze digital system design using PLD and understand conversions

MICROPROCESSOR AND ITS APPLICATIONS ( EC 501)

Course Outcomes	Subject Name: MICROPROCESSOR AND ITS APPLICATIONS Subject Code: EC 501
Course Outcome 1	To differentiate between RISC and CISC architectures
Course Outcome 2	To draw the timing diagram of read and write cycle under both minimum mode of operation and maximum mode of operation
Course Outcome 3	To write assembly language programs for 8086 microprocessor and 8051 microcontroller
Course Outcome 4	To design interface between 8086 microprocessor and peripheral devices such as 8255 programmable input output port, 8257 DMA controller, 8254 programmable interval timer and USART
Course Outcome 5	To design interface between 8051 microprocessor and input output devices such as LED, Switches , sensors, LCD, 7 Segment etc

Digital Communication ( EC 502)

Course Outcomes	Subject Name: Digital Communication Subject Code: EC 502
Course Outcome 1	To understand digital modulation and to explain the block diagram of the Digital modulation methods like PCM.
Course Outcome 2	Perform the time and frequency domain analysis of the signals in a digital communication system.
Course Outcome 3	Able to calculate the error probabilities in the digital communication system and to evaluate the performance measures
Course Outcome 4	To detect and correct the errors in the digital communication systems using coding techniques
Course Outcome 5	Able to solve numerical design problems of digital communication

Matlab Programming ( EC 506)

Course Outcomes	Subject Name: Matlab Programming Subject Code: EC 506
Course Outcome 1	1. To understand Matlab working environment and graph Plotting
Course Outcome 2	2. To understand the basic terminologies of the machine learning operations.
Course Outcome 3	3. To code for the Image Pre processing operations.
Course Outcome 4	4. To implement the image object segmentation.
Course Outcome 5	5. To understand the concept of Classification and Image retrieval.

Communication Network & Transmission Lines (EC-503[A])

Course Outcomes	Subject Name: Communication Network & Transmission Lines Subject Code: EC-503(A)
Course Outcome 1	Students will be aware of the propagation characteristics in transmission linesUnderstand various functions of network and also the stability of networkUnderstand various functions of network and also the stability of network
Course Outcome 2	Applications and approximations of various Filters
Course Outcome 3	Synthesize the network using passive elements.
Course Outcome 4	students will be able to understand the concept of infinite line,open circuit,short circuit line and various losses occur due to any termination of line.
Course Outcome 5	Students will be aware of Transmission lines at higher frequencies. Use the smith chart as a graphical tool to solve impedance matching issues.

Electromagnetic Theory ( EC 504)

Course Outcomes	Subject Name: Electromagnetic Theory Subject Code: EC504
Course Outcome 1	Students will be able to learn and apply concepts of orthogonal co-ordinate system and vector calculus to solve electric and magnetic field problems.
Course Outcome 2	Know concepts about electric and magnetic fields; electromagnetic wave existence and its propagation in different medium.
Course Outcome 3	Gain knowledge about signal transmission, parameters associated with transmission line; measure of various losses and techniques to reduce those losses.
Course Outcome 4	To study uniform plane wave propagation in different media and wave polarization
Course Outcome 5	To study guided wave propagation in metallic wave guides

Cellular Mobile communication ( EC 6001)

Course Outcomes	Subject Name: Cellular Mobile communication Subject Code: EC 6001
Course Outcome 1	Discuss cellular radio concepts.
Course Outcome 2	Identify various propagation effects.
Course Outcome 3	To have knowledge of the mobile system specifications.
Course Outcome 4	Classify multiple access techniques in mobile communication.
Course Outcome 5	Analyze various methodologies to improve the cellular capacity

Antenna and Wave Propagation ( EC 6003)

Course Outcomes	Subject Name: Antenna and Wave Propagation Subject Code: EC 6003
Course Outcome 1	Capable to write parametric integral expressions for a given current source. And calculation in the far field region
Course Outcome 2	Determine directions of maximum signal radiations and the nulls in the radiation patterns.
Course Outcome 3	Calculate electromagnetic fields for a given vector magnetic potential
Course Outcome 4	Discover pattern multiplication principle for array antennas. To draw Radiation patters
Course Outcome 5	To solve the problems of radio wave propagation, and to design array antenna systems from specifications.

Nano Electronics ( EC 6005)

Course Outcomes	Subject Name: Nano Electronics Subject Code: EC 6005
Course Outcome 1	Explain the fundamental science and quantum mechanics behind nanoelectronics.
Course Outcome 2	Explain the concepts of a quantum well, quantum transport and tunnelling effects.
Course Outcome 3	Describe the superposition of eigenfunctions and probability densities.
Course Outcome 4	Describe the spin-dependant electron transport in magnetic devices.
Course Outcome 5	Understand the impact of nanoelectronics onto information technology, communication and computer science.

Digital Signal Processing ( EC-6002)

Course Outcomes	Subject Name: Digital Signal Processing Subject Code: EC-6002
Course Outcome 1	The students will be able to understand the concepts of digital signals more clearly.
Course Outcome 2	They will get sufficient exposure to matrix laboratory(MATLAB)
Course Outcome 3	They will be able to understand different types of signals and their utility which is very important in industrial applications

Communication Engineering ( EX-6001)

Course Outcomes	Subject Name: Communication Engineering Subject Code: EX-6001
Course Outcome 1	Perform the time and frequency domain analysis of the signals in a communication system
Course Outcome 2	Use of different modulation and demodulation techniques used in analog communication
Course Outcome 3	Identify and solve basic communication problems
Course Outcome 4	Analyze the performance of a baseband and pass band digital communication system in terms of error rate and spectral efficiency.
Course Outcome 5	Differentiate between different pulse modulation and demodulation techniques and signal multiplexing for various applications

VLSI CIRCUITS & SYSTEM ( EC 605)

Course Outcomes	Subject Name: VLSI CIRCUITS & SYSTEM Subject Code: EC605
Course Outcome 1	Analyze, design and implement combinational and sequential
Course Outcome 2	Classify different semiconductor memories
Course Outcome 3	Analyze, design and implement counters and state machine
Course Outcome 4	Analyze digital system design using PLD
Course Outcome 5	Simulate and implement combinational and sequential circuits using VHDL systems

OPTICAL COMMUNICATION ( EC 7003)

Course Outcomes	Subject Name: OPTICAL COMMUNICATION Subject Code: EC 7003
Course Outcome 1	Demonstrate an understanding of optical fiber communication link, structure, propagation and transmission properties of an optical fiber.
Course Outcome 2	Estimate the losses and analyze the propagation characteristics of an optical signal in different types of fibers
Course Outcome 3	Describe the principles of optical sources and power launching-coupling methods
Course Outcome 4	Compare the characteristics of fiber optic receivers
Course Outcome 5	Design a fiber optic link based on budgets

Satellite Communication ( EC-7002)

Course Outcomes	Subject Name: Satellite Communication Subject Code: EC-7002
Course Outcome 1	Describe the components of a data communications system.
Course Outcome 2	Able to describe the various error detection and correction schemes.
Course Outcome 3	Familiarity with the topologies basic protocols of computer networks, and how they can be used to assist in network design and implementation.
Course Outcome 4	Enumerate the layers of the OSI model and TCP/IP. Explain the function(s) of each layer.
Course Outcome 5	Identify the different types of network devices and their functions within a network

data communication ( EC 7004)

Course Outcomes	Subject Name: data communication ( EC 7004
Course Outcome 1	Explain the basics of satellite communication
Course Outcome 2	Describe the basic parameters of satellite systems
Course Outcome 3	Define orbital mechanics and launch methodologies
Course Outcome 4	Explain and analyzes link budget of satellite signal for proper communication
Course Outcome 5	Explain satellite access techniques

Wireless communication (EC-7005)

Course Outcomes	Subject Name: Wireless communication Subject Code: EC-7005
Course Outcome 1	Students will have idea about the growth in wireless communications that gives rise to technological improvements.
Course Outcome 2	Students will be able to understand the technological aspects of wireless communication
Course Outcome 3	Students will get an idea about propagation channels
Course Outcome 4	Students will be able to understand the various models associated with wireless communication and designing of wireless network
Course Outcome 5	Students will have idea about diversity techniques and use of equalizers

VLSI Design ( EC 8001)

Course Outcomes	Subject Name: VLSI Design Subject Code: EC 8001
Course Outcome 1	Student will be able to simulate digital circuit on xilinx tool using verilog coding
Course Outcome 2	Student will be able to design layout of different circuits
Course Outcome 3	Apply the lamda basedcdesign rule for design
Course Outcome 4	Identify the various IC fabrication methods
Course Outcome 5	Concepts of modeling a digital system using Hardware Description Language

Radar Engineering ( EC 8004)

Course Outcomes	Subject Name: Radar Engineering Subject Code: EC 8004
Course Outcome 1	Demonstrate the basic principle of RADAR System.
Course Outcome 2	Solve the RADAR Equation and to calculate Transmitter power
Course Outcome 3	Analyze the working principle of CW and Frequency Modulated Radar
Course Outcome 4	Analyze the principle of each and every block of MTI and Pulse Doppler Radar.
Course Outcome 5	Calculate Noise Figure and Noise Temperature in Radar Receivers and can describe antennas used for Radars

ADVANCED COMMUNICATION SYSTEM ( EC-8002)

Course Outcomes	Subject Name: ADVANCED COMMUNICATION SYSTEM Subject Code: EC-8002
Course Outcome 1	The students will be able to know elements of communication system.
Course Outcome 2	The students will know the correlative coding.
Course Outcome 3	The students will know multi carrier modulation.
Course Outcome 4	The students will know about the MIMO system.
Course Outcome 5	The students will be able to know the spread spectrum communication.

Principal Management and Economics ( EC 8003)

Course Outcomes	Subject Name: Principal Management and Economics Subject Code: EC8003
Course Outcome 1	Describe the primary functions of management and the roles of managers.
Course Outcome 2	Describe the work of major contributors to the field of management.
Course Outcome 3	Distinguish between mission, vision, and values. Explain the pros and cons of planning. Explain the stages of the planning cycle. List and describe the types of plans and common planning tools.
Course Outcome 4	Explain the components and considerations of strategic management.
Course Outcome 5	Explain the process and techniques of individual and group decision-making.

Microwave Engineering (EC 7001)

Course Outcomes	Subject Name: Microwave Engineering Subject code:EC 7001
Course Outcome 1	Understood the propagation characteristics of EM waves in various wave guide structures.
Course Outcome 2	Use S-parameter terminology to describe circuits and Design microwave transmission lines.
Course Outcome 3	Describe and analyze different impedance matching techniques and Design impedance matching networks for specific application.
Course Outcome 4	Use microwave components such as isolators, couplers, circulators and Know principles of Microwave devices.
Course Outcome 5	Know principles of Microwave tubes and microwave devices and about different Microwave Measurement techniques.

Meet the HOD
Faculty

Dr. Ravi Shankar Mishra

Head Of Deparment

Dr. Ravi Shankar Mishra has joined Sagar Group in October 2020. He received his Ph.D. in 2011 and M.Tech. in 2005 from N.I.T. Bhopal. He has completed his PG Diploma in VLSI Design from C-DAC Bangalore. He has 18+ years of research and academic experience. He has handled the important position of responsibilities like Dean, Head of Department, Research Coordinator, etc. He has published more than 40 research papers in reputed international journals and international conference proceedings including SCI, Scopus. He is also a reviewer of many Journals. One copyright and two books are registered with his name.

He has supervised 3 Ph.D. scholars and 18 dissertations at the PG level. He is a Life Fellow Member of the Institution of Electronics & Telecommunication Engineers (IETE). His research contributions have been in the area of designing efficient PUF based circuits to using CMOS for generating the secure key.

Faculty Name	Designation	Profile Link
Dr. Ravi Shankar Mishra	Professor & Head	View Profile
Ms. Deepa Gianchandani	Associate Professor	View Profile
Mohd. Amjad Quazi	Associate Professor	View Profile
Mr. Pankaj Vyas	Associate Professor	View Profile
Md. Abdullah	Associate Professor	View Profile
Mr. Sharad M Shrivastava	Assistant Professor	View Profile
MS. Kavita Kamerikar	Associate Professor	View Profile
MS. Deepti Malviya	Assistant Professor	View Profile
Mr. Rahul Shrivsastava	Assistant Professor	View Profile
Ms. Tejashwini Chetty	Assistant Professor	View Profile
Mr. Siddharth S Parihar	Assistant Professor	View Profile

Laboratories

Simulation Lab
OPTICAL COMM
NETWORK ANALYSIS
MICROWAVE ENGG
MICROPROCESSOR
ELECTRONIC INTRUMENTATION
ELECTRONIC DEVICES
DIGITAL COMM
DIGITAL CIRCUIT
CNTL Lab
Advance Embedded Systems Design

Students Organisations

IETE

About IETE

The Institution of Electronics and Telecommunication Engineers (IETE) is India's leading recognised professional society devoted to the advancement of Science and Technology of Electronics, Telecommunication & IT. Founded in 1953. The IETE is the National Apex Professional body of Electronics and Telecommunication, The Institution provides leadership in Scientific and Technical areas of direct importance to the national development and economy.

The objectives of IETE focus on advancing electro-technology. The IETE conducts and sponsors technical meetings, conferences, symposia, and exhibitions all over India, publishes technical journals and provides continuing education as well as career advancement opportunities to its members.

Objectives of IETE Student Forum (ISF):

1. Improving standard of Engineering Education
2. Counseling the students in the emerging new opportunities
3. Encouraging and motivating the outside Class room studies /Workshops/projects/Seminars
4. Increasing the student base and Corporate membership of IETE

Click on the following to view more
ISF Council Constitution (2018-2019)

Value Added Courses

1. Vision

The departmental trainings and modules are prepared to fulfil the goal of bridging the gaps between the industry and the academics. Courses are designed to cover the content beyond the syllabus with complete hands on practical approach. The goal is to become nationally and internationally leading institution of higher learning, building upon the culture and the values of universal science and contemporary education. Building a center of research and education for decimating the knowledge and the technologies which lay the ground work in shaping the future in the field of electronics and communication engineering.
2. OBJECTIVES
Prime objectives are:
- To impart the industry ready trainings to develop design and analytical skills in the students of the department.
- To provide education to students to compete internationally, able to generate creative solutions to the society’s needs by analysing and designing the systems for real world problems.
- To generate and disseminate knowledge and technologies essential to the local and global needs in the field of electronics and communication engineering.
- To understand the difference between Microcontroller boards, there architectures and to become capable of designing Human machine Interfaces (HMI modules).
- To connect world using internet connectivity’s and electronic solutions using ICT.
3. Reach Beyond Curriculum

The prime concern of the all training and the module courses is to cover the content beyond the syllabus and to explore the new cutting edge next generation technologies including Robotics, Internet of Things (IOT) and analog and digital VLSI design testing and verifications. The modules are designed to pin point industry needs, and to develop the research oriented approach for problem solving with hands on approach.

During the modules every year the online examples and the study materials are developed by the students and for the students.
4. Practices

The all value added courses are designed to develop the problem solving attitude and practice among the students. In this regards every lab is followed by the exercises and the solutions are made global after evaluations. This develops the habits of extra working and capacity to understand the given problem. Simultaneously this practice is generating a rich set of study materials.

Name of Course	Year of Offering
C & C++ programming	2014-2015
Advance C & C++ Programming	2014-2015
Matlab Programming	2014-2015
C & C++ programming	2015-2016
Advance C & C++ Programming	2015-2016
C & C++ programming	2015-2016
Advance C & C++ Programming	2015-2016
Embedded System Design	2017-2018
Embeded system design	2018-2019
Internet of things	2018-2019
VLSI Digtal Design	2018-2019
Robotics with Bluetooth	2018-2019
Image Processing	2018-2019
Digital VLSI Circuit Design	2019-2020
Advanced VLSI Design	2019-2020
Embedded System	2020-2021

Test Last

STTP / FDP / Workshop / Expert lectures

Expert Lecture on Internet Security and Threats
Energy Management System and Automation
STTP on OFDM 5G MIMO Communication Technologies and its applications
Expert Lecture on VLSI Technology
Designtech
Expert Lecture on Internet of Things
FDP on Embedded system and its Applications
Expert Lecture on IoT by VNURT
Expert Lecture by Ashutosh Shrivastava

Projects in the Department

M.Tech Thesis
Ongoing
Completed

VLSI

SL.NO	BRANCH	NAME OF STUDENT	ENROLLMENT NO.	TITLE OF DISSERTATION	YEAR	SUPERVISOR
1	VLSI	ATIYA ARSHI	0187EC13MT22	DESIGN AND SIMUATION OF CONVOLUTIONAL VERTERBI DECODER FOR MIMO OFDM SYSTEM	2016	MD.ABDULLAH
2	VLSI	VIKAS KUSHWAHA	0187EC13MT35	DESIGN OF CMOS BASED TRANS IMPEDENCE AMPLIFIER FOR BANDWIDTH ENHANCEMENT WITH LARGE GAIN	2016	MD.AMJAD QUAZI
3	VLSI	SHAKTI VERMA	0187EC13MT32	MODELLING AND ANALYSIS OOF SOI MOSFET DEVIVE USING TCAP SIMULATION	2017	MD.ABDULLAH
4	VLSI	ROOPCHANDRA SHAH	0187EC13MT31	AN OPTIMAL DESIGNING OF CMOS DIFF. LC AND VOLTAGE CONTROL OSCILLATOR WITH 45 NM TECH	2018	MD.ABDULLAH
5	VLSI	APEKSHA JAISWAL	0187EC14MT20	EFFICIENT SOS TECHNIQUE USING VEDIC BASED PARALLEL FFT IMPLEMENTATION FOR FAULT TOLERANT	2018	RAHUL SHRIVASTAVA
6	VLSI	SHWETA CHATURVEDI	0187EC15MT12	A HYBRID APPROACH FOR NETWORK SELECTION AND FAST DELIVERY HAND OVER ROUTE OVER LTE	2018	ANOOP TIWARI
7	VLSI	SHIKHA TRIPATHI	0187EC13MT33	OPTIMIZATION OF LMS ALGORITM USING OPTIMIZATION AND COMPARISION WITH PARTICLE SWARM OPTIMIZATION	2018	RAHUL SHRIVASTAVA
8	VLSI	YASH MISHRA	0187EC14MT35	VLSI ARCHITECTURE FOR ADAPTIVE REVERSIBLE LOGIC FINITE IMPULSE RESPONSE USING DISTRIBUTIVE TECHNIQUE	2018	VAIBHAV JINDAL
9	VLSI	VIVEK GUPTA	0187EC15MT34	VLSI ARCHITECTURE FOR COMPLEX VEDIC MULTIPLEXER USING HYBRID SQUARE ADDER TECHNIQUE	2018	VAIBHAV JINDAL
10	VLSI	MD.SAIM MALIK	0187EC16MT27	POWER FFICIENT ARCHITECTURE FOR WEIGHTED PARTITIONING FOR MUTIPLIERLESS MCC CIRCUIT WITH PASTA	2018	SHARAD MOHAN.S
11	VLSI	DEVYANI MISHRA	0187EC14MT23	OPTIMIZATION DESIGN FOR LOW POWER IN VLSI LOGIC AND MEMORY	2018	MD.AMJAD QUAZI
12	VLSI	ARPIT NAMDEV	0187EC13MT21	PHYSICAL DESIGN IMPLEMENTATION AND TENARRAY ARITHMETIC CIRCUIT	2018	TEJASWINI.C
13	VLSI	ASMITA GUPTA	0187EC16MT22	HIGH SPEED 2D-DWT USIND MODIFIED ARITHMEIC TECHNIQUE	2019	RAHUL SHRIVASTAVA
14	VLSI	REENA	0187EC16MT32	DESIGN PERFORMANCE OF VARIOUS COMBINATIONAL CIRCUIT USING REVERSIBLE GATE	2019	RAHUL SHRIVASTAVA
15	VLSI	SAKET KR	0187EC16MT34	MAES BASED ENCRYPTION AGORITHM FOR SECURE INTERNET OF THINGS ENVIRONMENT	2019	MD.ABDULLAH
16	VLSI	IRAM KHAN	0187EC15MT26	AN EFFICIENT DESIGN OF TRUE SINGLEPHASE CLOCKING BASED STORAGEAND CMOS	2019	ANOOP TIWARI
17	VLSI	PRIYANU KATIYAR	0187EC16MT31	AN OPTIMAL DESIGNING OF 12 BIT PIPEINE ANAOG AND DIGITAL CONVERTER USING 0.8 um TECHNOLOGY	2019	ANOOP TIWARI
18	VLSI	AMIT SRIVASTAVA	0187EC13MT19	HIGH SPEED DESIGN OF FPGA BUSED ENCODER AND DECODER	2019	DR.PARESH RAWAT
19	VLSI	MONIKA MAHESWARI	0187EC14MT27	DESIGN AND ANAYSIS OF ARITHMETIC LOGIC UNIT USING REVERSIBLE PROGRAMMABLE LOGIC GATES	2019	MD.ABDULLAH
20	VLSI	PRABHA VERMA	0187EC14MT30	LOW POWER CMOS SUPER REGENERATIVE AT 60GHZ FOR SHORT RANGE COMM.	2019	RAHUL SHRIVASTAVA
21	VLSI	AKSHAT PANDEY	0187EC16MT20	VLSI ARCHITECTURE OF DHT USING CYCLIC REDUNDANT ADDERAND PARTITION MULTIPLIER	2019	RAHUL SHRIVASTAVA
22	VLSI	SARITA	0187EC17MT21	DESIGN AND PERFORMANCE ANALYSIS OF MONTGOMERY MODULAR MULTIPLICATION VLSI ARCHITECTURE	2019	DEEPTI MALVIYA

Digital Communication

Serial Number	BRANCH	NAME OF STUDENT	ENROLLMENT NO.	TITLE OF DISSERTATION	YEAR	SUPERVISOR
1	DIGITAL COMMUNICATION	SHIVENDRA SINGH	0187EC12MT11	UNDER WATER IMAGE SEGMENTATION USING FCM WITH THREE LEVEL THRESHOLDINGAND CLAHE ENHANCEMENT	2015	ARUN KR PATEL
2	DIGITAL COMMUNICATION	ABHISHEK KR	0187EC12MT02	PERFORMANCE EVALUATION OF DIVISION .FEEDBACK EQUALIZER FOR WIELESS COMM. USING NORMALIZED CHANNEL IMPULSE RESPONSE	2015	ANOOP TIWARI
3	DIGITAL COMMUNICATION	SMRITI SHRIVASTAVA	0187EC12MT12	PERFORMANCE IMPROVEMENT OF WI-MAX SYSTEM USING QAM MODULATION AND MOVINGAVG.FILTER	2015	MD.ABDULLAH
4	DIGITAL COMMUNICATION	RAJAN MISHRA	0187EC12MT08	DESIGN AND ANALYSIS OF DUAL BAND MICRO-STRIP PATCH ANTENA FOR WIMAX/WLAN APPLICATION	2015	MD.ABDULLAH
5	DIGITAL COMMUNICATION	POOJA PATIL	0187EC12MT06	PERFORMANCE EVALUATION OF SPACE DIVERSITY USING MULTIPLE ANTENNAS WITH COMBINING TECHNIQUES AND FILTERING	2015	NITIN MUCHAL
6	DIGITAL COMMUNICATION	ANZAR ALAM	0187EC12MT04	COLOUR IMAGE ENHANCEMENTBY DC CO-EFFICIENT SCALING IN LAB COLOR SPACE AND IMAGE FUSION	2015	MD.ABDULLAH
7	DIGITAL COMMUNICATION	ABHILASHA PANDEY	0187EC12MT01	HETEROGENETY AWARE CLUSTERED WSN USING MULTIHOP COMM.	2015	NITIN MUCHAL
8	DIGITAL COMMUNICATION	SARITA SIDAM	0187EC12MT10	PERFORMANCE ENHANCEMENT V-BLAST MIMO OFDM SYSTEM USING 2F WITHGAUSSIAN FILTERAND PSK SCHEME	2015	PANKAJ VYAS
9	DIGITAL COMMUNICATION	PRAKASH CHOWKAR	0187EC12MT07	SEGMENTATION OF RETINAL DISC	2015	ARUN KR PATEL
10	DIGITAL COMMUNICATION	DEEPMALA MISHRA	0187EC13MT06	SIMULATION OF REVERSIBLE ENHANCED AND REVERSIBLE	2016	MD.ABDULLAH
11	DIGITAL COMMUNICATION	NEHA BANKER	0187EC13MT10	ANALYSIS OF MB OFDM BASED UWB COMM. SYS FOR WPAN	2016	ANOOP TIWARI
12	DIGITAL COMMUNICATION	EKTA SINGH	0187EC13MT07	TIME INTER LEAVED ADC DIFFERENT MIS CALIBRATION USING BLACKMAN LOWPASS FILTER	2016	MD.ABDULLAH
13	DIGITAL COMMUNICATION	SHAILY SINGH	0187EC13MT14	WIDE BAND	2016	NITIN MUCHAL
14	DIGITAL COMMUNICATION	PRIYANKA SINGH	0187EC13MT12	EFFICIENT CO-OPERATION RELAY NETWORK	2016	MD.ABDULLAH
15	DIGITAL COMMUNICATION	ROOPAL AGRAWAL	0187EC13MT13	CHANNEL MODELLING FOR EM WIRELESS NANO NETWORK IN TERAHERTZ BAND	2017	ANOOP TIWARI
16	DIGITAL COMMUNICATION	RAVISHANKER SINGH	0187EC12MT09	EEG BASED MOTOR DISCOMMUNICATION CLASSIFICATION	2017	MD.ABDULLAH
17	DIGITAL COMMUNICATION	AZHARAFATIMA	0187EC12MT05	BROADBAND CIRCULARLY POLARISED MICROSTRIP PATCH ANTENNAFOR C BAND APPLICATION	2017	MD.AMJAD QUAZI
18	DIGITAL COMMUNICATION	TRAPTIMALA MISHRA	0187EC13MT16	OBJECT DETECTION AND TRACKING IN REALTIME ENVORONMENT USING FILTER	2017	MD.AMJAD QUAZI
19	DIGITAL COMMUNICATION	JYOTI KUMARI	0187EC14MT08	ENHANCEMENT OF DIGITAL WATER MARKER IMAGE USING DSD-HF	2017	PANKAJ VYAS
20	DIGITAL COMMUNICATION	RUCHIKA SEWAIWAR	0187EC13MT13	IMPROVED BTC WITH GREY SCALE IMAGE	2017	KAVITA.K
21	DIGITAL COMMUNICATION	VEENA INGLE	0187EC13MT18	IMPROVED BTC WITH GREY SCALE IMAGE	2017	PANKAJ VYAS
22	DIGITAL COMMUNICATION	VAIBHAV SINGH	0187EC13MT17	ULTRA WIDEBAND LOW NOISE DARLINGTON AMPLIFIER FOR HIGH FREQ. APPLICATION	2017	MD.ABDULLAH
23	DIGITAL COMMUNICATION	ADITI	0187EC13MT02	WIRELESS BROADBAND EXCESS WI-FI APP OF IEEE 802.11B BASED ON LI-FI MODEL	2017	PANKAJ VYAS
24	DIGITAL COMMUNICATION	REHANA PARVEEN	0187EC14MT11	DUAL BAND COMPACT MICROSTRIP PATCH ANTENNA FOR S AND C BAND APPLICATION	2018	MD.ABDULLAH
25	DIGITAL COMMUNICATION	APARNA RAJ	0187EC14MT04	JAMMING DETECTION AND PREVENTION USING PROFILE BASEDDETECTION SYSTEM	2018	PANKAJ VYAS
26	DIGITAL COMMUNICATION	NISHA TRIPATHI	0187EC13MT25	ONA DELAY EFFICIENT NOC ROUTING ON DEVICES	2018	DR.PARESH RAWAT
27	DIGITAL COMMUNICATION	AJAY RANJAN	0187EC14MT01	RGB COLOUR IMAGE COMPRESSION USING MULTI LEVEL BTC FOR THRESHOLD VALUE	2018	KAVITA.K
28	DIGITAL COMMUNICATION	SARAHADIL KHAN	0187EC14MT16	CONTAST ENHANCEMENT OF REMOTE SENSING IMAGES USING DWT WITH KERNEL FLTER AND DTCWT	2018	ANOOP TIWARI
29	DIGITAL COMMUNICATION	FARAH KHAN	0187EC14MT06	A NOVEL APPROACH FOR DIGITAL IMAGE ENCRYPTION BASED ON PIXEL EXPLOSION TECHNIQYE	2018	DEEPA .G
30	DIGITAL COMMUNICATION	PANKAJ BHARTI	0187EC15MT05	STBC BASED PERFORMANCE ESTIMATION OF MIMO OFDM	2018	DR.PARESH RAWAT
31	DIGITAL COMMUNICATION	PRACHI PATHAK	0187EC14MT09	PREVENTION AND DETECTION OF BLACK OLE ATTACK INMANET USING CIPHER SECURITY AND BLOCKING THE BLACK HOLE NODE	2018	MD.AMJAD QUAZI
32	DIGITAL COMMUNICATION	ANJUM ARA	0187EC14MT03	A YBRID APPROACH BASED 3D IMAGE STEGENOGRAPHY FOR EXCHANGE INFORMATION	2018	DEEPA .G
33	DIGITAL COMMUNICATION	RICHA JAIN	0187EC15MT11	A HYBRID APPROACH FOR DETECTION AND RECOGNITION OF TRAFFIC SIGN USING MSER & OCR	2018	DEEPA .G
34	DIGITAL COMMUNICATION	CHANDNI KHAN	0187EC14MT05	IMAGE OF HIGH DENSITY SALT AND PEPPE NOISEUSIND MODIFIED MEDIAN.	2018	ANOOP TIWARI
35	DIGITAL COMMUNICATION	RESHMA CHATTANI	0187EC15MT10	A HYBRID APPROACH FOR SECURE COMMUNICATION OVER LTE IN URBAN ROAD SCENARIO	2018	MD.AMJAD QUAZI
36	DIGITAL COMMUNICATION	SHIMPI KUMARI	0187EC16MT15	DESIGNING AN EFFICIENT ADAPTIVE IMAGE FUSION METHOD FOR IMAGE RESTORTION	2018	DR.PARESH RAWAT
37	DIGITAL COMMUNICATION	KSHIPRA TIWARI	0187EC14MT25	DELAY EFFICIENT RETIMING OF FIXED POINT CIRCUIT	2018	SHARAD MOHAN.S
38	DIGITAL COMMUNICATION	BHANUPRIYA KATRE	0187EC13MT05	DYNAMIC KEY BASED LSB TECHNIQUE FOR STAGNOGRAPHY	2018	DR.PARESH RAWAT
39	DIGITAL COMMUNICATION	NEHA SHARMA	0187EC13MT11	DESIGN AND IMPLEMENTATION OF LINEAR AND CIRCULAR CONVOLUTION USING PARTITION MULTIPLIER METHOD	2018	DR.PARESH RAWAT
40	DIGITAL COMMUNICATION	YOGITA REGE	0187EC14MT17	OPTIMUM RELAY SELECTION IN CO-OPERATIVE COMMUNICATION	2019	MD.AMJAD QUAZI
41	DIGITAL COMMUNICATION	SHWETA TAMRAKAR	0187EC15MT13	DESIGN AND ANAYSIS OF BAND MICROSTRIP PATCH ANTENNA FOR GLOBAL NAVIGATION SATELLITE SYSTEM	2019	RAHUL SHRIVASTAVA
42	DIGITAL COMMUNICATION	SANDEEP KR	0187EC14MT14	HIGH SECURITY TEST AND IMAGE MESSAGE THROUGH SHEARLET TRANSFORM	2019	DR.PARESH RAWAT
43	DIGITAL COMMUNICATION	DIWAKAR SHARMA	0187EC16MT05	DESIGN AND PERFORMANCE OF DUALBAND MICROSTRIP ANTENNA FOR WBAN APPLICATION	2019	DR.PARESH RAWAT
44	DIGITAL COMMUNICATION	SUNAINA JAIN	0187EC16MT16	PERFORMANCE EVALUATION OF VARIOUS DIGITAL MODULATION SCHEME FOR LTE	2019	MD.AMJAD QUAZI
45	DIGITAL COMMUNICATION	SANTVEER SINGH	0187EC14MT15	A MODIFIED G SHAPED MIMOANTENNA FOR WIDEBAND RANGE FOR LTE AND WIMAX	2019	KAVITA.K

S.no	Title of Project	Status
1	Bluetooth Controlled Serving Robot	Ongoing
2	Voice activated office assistant robot	Ongoing
3	Automatic energy management system	Ongoing
4	Biometric Attendance Security System	Ongoing
5	Blind Stick	Ongoing
6	IoT Enabled Mobile App for home automation	Ongoing
7	Home Automation and Automatic Street Light	Ongoing
8	Display System using Bluetooth	Ongoing
9	Smart Irrigation System	Ongoing
10	Wireless Security System using LORA WAN Communication	Ongoing
11	Home Automation based on IoT	Ongoing

S.no	Title of Project	Status
1	Home Automation Via Google assistant	Completed
2	Weather Reporting system using IOT	Completed
3	Fluid Packaging System	Completed
4	Automatic Water Tap Controller	Completed
5	Automatic Irrigation System	Completed
6	IoT Enabled automatic 3 phase motor starter with crop field monitoring	Completed

Publications

S.No.	Title of Paper	Name of the author/s	Department of teaching	Name of journal	Year of publication	ISBN/ISSN number	Link of the recognition in UGC enlistment of the Journal
1	An Adaptive Wavelet based Fusion Approach for Efficient Image Restoration	Dr. Paresh Rawat	ECE	International Journal of Computer Applications	2018	ISSN 0975-8887.	https://www.ijcaonline.org/archives/volume182/number26/kumari-2018-ijca-918130.pdf
2	A robust watermarking approach using DCT-DWT	Dr. Paresh Rawat	ECE	International Journal of Emerging Technology and Advanced Engineering	2018	ISSN 2250–2459	https://pdfs.semanticscholar.org/aa3f/0cc65307889193a46bab745ccb492ff27826.pdf
3	High Speed 2-D DWT using Modified Distributed Arithmetic and Brent Kung Adder Technique	Dr. Paresh Rawat	ECE	International Journal of Innovative Research in Computer and Communication Engineering	2018	ISSN ONLINE(2320-9801)	http://ijircce.com/upload/2018/october/29_High_JJ.pdf
4	Gaussian elimination-based novel canonical correlation analysis method for EEG motion artifact removal	Dr. Paresh Rawat	ECE	Journal of Healthcare Engineering	2017		https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5651166/
5	A hybrid approach for secure communication over LTE VANET in urban road scenario	Dr. Paresh Rawat	ECE	International Journal for Research in Applied Science & Engineering Technology (IJRASET)	2017	ISSN 2312-9653	https://sci-hub.tw/https://doi.org/10.1109/ISS1.2017.8389328
6	MRI image segmentation using thresholding with 3-class C-means clustering	Dr. Paresh Rawat	ECE	International Journal of Emerging Technology and Advanced Engineering	2018	ISSN 2250–2459	https://sci-hub.tw/10.1109/icisc.2018.8399032
7	Design and Analysis of Different Types of Combinational Circuit using Reversible Gate	Dr. Paresh Rawat	ECE	International Journal of Technical Research & Science	2018	(ISSN 2229-5518)	https://sci-hub.tw/https://www.ijcaonline.org/archives/volume182/number29/mannewar-2018-ijca-918157.pdf
8	Fast and efficient color segmentation of Skin cancer Images	Dr. Paresh Rawat	ECE	International Journal of Advanced Research in Computer Science and Software Engineering	2019	SSN(Online): 2277128X
9	Performance Enhancement of V-Blast MIMO-OFDM System using ZF with Gaussian Filter and PSK Scheme	Pankaj Vyas	ECE	International Journal of Computer Technology and Electronics Engineering (IJCTEE)	2014	ISSN 2249-6343
10	Wireless Broadband Access with the Application of IEEE 802.11b based Wi-Fi Model	Pankaj Vyas	ECE	I n t e r n a t i o n a l J o u r n a l o f C o m p u t e r a n d T e c h n o l o g y	2016	ISSN (Online): 2320-9801	https://pdfs.semanticscholar.org/06cd/c67bf02aa0cabbdee4f31150d9f2c31dc1f4.pdf
11	Digital Image Watermarking using DWT-SVD HF Technique	Pankaj Vyas	ECE	International Journal of Computer Applications	2017	ISSN 0975-8887.	https://pdfs.semanticscholar.org/2910/22a69b2f5d20dd70f84f07306c58c2b2f00c.pdf
12	Profile based Novel Approach for Jamming Attack Detection and Prevention in MANET	Pankaj Vyas	ECE	International Journal of Computer Applications	2017	ISSN 0975-8887.	https://pdfs.semanticscholar.org/46e0/522a89ac13b4e9aff34761e06a60cd878dad.pdf
13	Efficient Fault Tolerant Parallel FFTs using Vedic Urdhva Triyakbhyam Sutra and ECC	Pankaj Vyas	ECE	Advances in Computational Sciences and Technology	2018	ISSN 0973- 6107	http://www.ijspr.com/citations/v46n1/IJSPR_4601_2295.pdf
14	Design and Analysis of Different Types of Combinational Circuit using Reversible Gate	Pankaj Vyas	ECE	IJESC	2018	(ISSN 2229-5518)	https://sci-hub.tw/https://www.ijcaonline.org/archives/volume182/number29/mannewar-2018-ijca-918157.pdf
15	Novel Delay Efficient Carry-Select Adder Using Recursive Logic	Rahul Shrivastava	ECE	2nd Internationa confrence on Emerging trends in Technology ,Science and Mangement	2017	ISBN:978-93-86171-45-0	http://data.conferenceworld.in/LNCT/P198-205.pdf
16	Low-Power Clock Distribution In Edge Triggered Flip-Flop	Rahul Shrivastava	ECE	Internationa Journal of advace Research in Science and Enginerring	2017
17	Power Optimization using Current Pulse Flip Flop	Rahul Shrivastava	ECE	IJECCE	2017	ISSN( Online):2249-071X
18	Efficient Design and Analysis of Super-Regenerative Receiver using CMOS Technology for Short Range Communication	Rahul Shrivastava	ECE
19	Review Paper on 9/7 Wavelet Filter Coefficient based Discrete Wavelet Transform	Rahul Shrivastava	ECE	IJIRSET	2018	ISSN(Online): 2319-8753	http://www.ijirset.com/upload/2018/july/94_Review_JJ.pdf
20	High Speed 2-D DWT using Modified Distributed Arithmetic and Brent Kung Adder Technique	Rahul Shrivastava	ECE	International Journal of Innovative Research in Computer	2018	ISSN(Online): 2320-9801	http://ijircce.com/upload/2018/october/29_High_JJ.pdf
21	Comparative Study on DHT Algorithm using Different Types of Technique	Rahul Shrivastava	ECE	International Journal of Innovative Research in Computer	2019	ISSN(Online): 2320-9801	http://www.ijircce.com/upload/2019/february/137_Comparative_JJ.pdf
22	Design of Discrete Hartley Transform using Cyclic Redundant Adder and Partition Multiplier Method	Rahul Shrivastava	ECE	IJIRSET	2019	ISSN(Online): 2319-8753	http://www.ijirset.com/upload/2019/march/99_Design_JJ.pdf
23	Overview of Microstrip Antenna for GNSS communication system	Rahul Shrivastava	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2019	2321-8169 (Online)
24	Overview of Microstrip Patch Antenna for GNSS communication System	Rahul Shrivastava	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2019	2321-8169 (Online)
25	performance review of Montgomery Modular Multiplication in VLSI Architecture	Deepti Malviya	ECE	International Journal of Emerging Technology and Advanced Engineering	2019	(ISSN 2250-2459)	https://ijetae.com/files/Volume9Issue3/IJETAE_0319_33.pdf
26	Polar code: an advance encoding decoding architecture for next generation 5G application	Deepti Malviya	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2019	2321-8169 (Online)	https://ijritcc.org/index.php/ijritcc/article/view/5307/5263
27	Analysis of Multiband Ultra Wide Band Communication System for WPAN	Nitin Muchal	ECE	IJMERT	2016	ISSN 2394-6172
28	High Speed and Spectrally Efficient Optical Communication System - Review of the Recent Advances and Emerging Trends	Nitin Muchal	ECE	International Journal of Latest Trends in Engineering and Technology	2016	e-ISSN : 2278-621X	https://www.ijltet.org/journal/146475245775.pdf
29	Dual Band Resonating Structure Micro Strip Patch Antenna for WLAN Applications	Nitin Muchal	ECE	IOSR Journal of Electronics and Communication Engineering(	2016	E-ISSN‎: ‎2278-2834	https://www.academia.edu/27297269/Dual_Band_Resonating_Structure_Micro_Strip_Patch_Antenna_for_Wlan_Applications
30	BER reduction in wireless system using spatial diversity with MRC and Linear Average Filter	Nitin Muchal	ECE	ICIIS2014	2014	ISBN 978-1-4799-6500-7	https://sci-hub.tw/https://doi.org/10.1109/iciinfs.2014.7036561
31	Analysis Of Multiband Ultra Wide Band Communication System For Ofdm	Anoop Tiwari	ECE	IJMERT	2016	ISSN 2394-6172 (O)	http://www.ijmert.com/PublishedPaper/3Vol/Issue2/201603IJMERT02142-e569aef8-1c2a-4a6b-baca-b4a6420ed2f728147.pdf
32	Litterature reviw on Performance Analysis of AF Cooperative Networks	Anoop Tiwari	ECE	International Journal of Innovative Trends in Engineering	2015	ISSN : 2395-2946	http://www.ijite.com/citations/IJITE_08_01100.pdf
33	Performance Improvement of Wi-Max System using QAM Modulation and Moving Average Filter	Md. Abdullha	ECE	International Journal of Emerging Technology and Advanced Engineering	2014	ISSN: 2250-2459	https://pdfs.semanticscholar.org/eb86/606cd9c2085ce07b946567088098a3ef262d.pdf
34	A Hybrid Approach For Network Selection and Fast Delivery Handover Route Over LTE	Anoop Tiwari	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2018	2321-8169 (Online)	https://ijritcc.org/index.php/ijritcc/article/view/1576/1576
35	Contrast Enhancement of Remote Sensing Images using DWT with Kernel Filter and DTWCT	Anoop Tiwari	ECE	IJEECE	2017	ISSN No. (Online): 2277-2626	https://www.researchtrend.net/ijeece/pdf/IJEECE-1076-SARAH%20ADIL%20KHAN.pdf
36	Image de-noising of high density salt & pepper noise using modified median filter	Anoop Tiwari	ECE	IJIRSET	2018	ISSN(Online): 2319-8753	http://www.ijirset.com/upload/2018/june/126_Speckle_JJ.pdf
37	Design And Analysis Of Network Modeling For Wireless Nanonetwork	Anoop Tiwari	ECE	IJRTM	2016	ISSN :2454-6240	http://ijrtm.com/iotg/sites/default/files/IJRTM252016-20.pdf
38	A Survey on Image Security using Visual Cryptography”	Deepa Gyanchandani	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2017	2321-8169 (Online)	http://www.ijircce.com/upload/2017/may/268_Paper_3_Farah.pdf
39	Analysis of Different Approaches for Recognition of Road Traffic Signs”	Deepa Gyanchandani	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2018	2321-8169 (Online)
40	A Hybrid Approach for Detection and Recognition of Traffic Text Sign using MSER and OCR	Deepa Gyanchandani	ECE	2nd International conf on S-SMAC	2018	ISBN: 978-1-5386-1442-6	https://sci-hub.tw/10.1109/I-SMAC.2018.8653761
41	A Review of 2D &3D Image Steganography Techniques	Deepa Gyanchandani	ECE	IJRITCC	2018	ISSN:2321-8169	https://www.scribd.com/document/389139282/A-Review-of-2D-3D-Image-Steganography-Techniques
42	A Hybrid Approach Based 3D Image Steganography Instead Of 2D Image for Exchange Information	Deepa Gyanchandani	ECE	Internatinalconfernce of IEEE	2018	ISBN: 978-1-5386-4765-3	https://sci-hub.tw/https://doi.org/10.1109/CESYS.2018.8723892
43	Survey on Fault Tolerance Strategies for Advance Microelectronics Chip	Deepa Gyanchandani	ECE	Internationa Journal of recent and Inovation trends in computing and communication	2019	2321-8169 (Online)	https://www.ijritcc.org/index.php/ijritcc/article/view/5217/5211

Trainings / Internship

SL.NO	NAME	ENROLLMENT NO	ACADEMIC SESSION	COMPANY
1	DEEPESH KURMI	0187EC101041	2013-14	NAVIGATOR TECHNOLOGIES
2	ROHIT DHURVE	0187EC101088	2015-16	Bharat Sanchar Nigam Limited
3	AJAHARULLAH	0187EC101004	2015-16	Bharat Sanchar Nigam Limited
4	ASHUTOSH MISHRA	0187EC101004	2015-16	Bharat Sanchar Nigam Limited
5	SHUBHAM CHARPE	0187EC121073	2015-16	DRMZ TECH
6	RISHABH PARIHAR	0187EC101018	2015-16	AUTOSYS
7	KUMARI ANAMIKA	0187EC121034	2015-16	Bharat Sanchar Nigam Limited
8	ABHISHEK MISHRA	0187EC111004	2013-14	INDEYES INFOTECH PVT.LTD
9	MUMTAZ NASEEM	0187EC131026	2016-17	Bharat Sanchar Nigam Limited
10	SUMENDRA KR SAGAR	0187EC153D05	2017-18	Bharat Sanchar Nigam Limited
11	GYAN NAYAN	0187EC131020	2016-17	Bharat Sanchar Nigam Limited
12	RAJ KUMAR BARNWAL	0187EC131035	2016-17	Bharat Sanchar Nigam Limited
13	GARIMA JAIN	0187EC131018	2016-17	Airport Authority of India
14	GHANSHYAM KR JHA	0187EC131019	2016-17	DMRC LTD
15	ESHWAREKSHA UPADHYAY	0187EC131017	2016-17	HCL
16	JYOTI SAHU	0187EC131022	2016-17	Airport Authority of India
17	AYUSHI NAGAR	0187EC131010	2016-17	Airport Authority of India
18	ABHINEET KR. SINGH	0187EC131001	2016-17	BHEL
19	ANISHA PATEL	0187EC131006	2016-17	Airport Authority of India
20	KARAN KR	0187EC121029	2015-16	INCEPTION
21	INDRAJEET	0187EC121025	2015-16	INCEPTION
22	AKANKSHA KUMARI	0187EC121002	2015-16	RELIANCE JIO
23	SUBIR KR KESARI	0187EC121079	2015-16	DOORDARSHAN KENDRA
24	MD.DANISH	0187EC121042	2015-16	BHARAT OMAN REFINERIED LTD
25	SAKET KR	0187EC121065	2015-16	INCEPTION
26	TILAK VARDHAN	0187EC121083	2015-16	BEL
27	NIKITA JHAVRE		2016-17	Airport Authority of India
28	VINIT SARATHE	0187EC143D03	2016-17	RAIL VIKAS NIGAM LTD
29	VEDANT PANCHOLI		2015-16	M.P POWER TRANSMISSION COMPANY LTD
30	HANENDRA SINGH		2015-16	ALL INDIA RADIO
31	DIWAKAR SHARMA		2015-16	ALL INDIA RADIO
32	VISHAL KR KESARI	0187EC121088	2015-16	THERMAL POWER PLANT
33	ANKUR SHRIVASTAVA	0187EC101018	2015-16	AUTOSYS
34	DINESH KR	0187EC121019	2015-16	INCEPTION
35	DEVESH KR	0187EC121018	2015-16	INCEPTION
36	RAKESH RANJAN SINGH		2015-16	PRASAR BHARTI
37	KARUNA SHARMA	0187EC121030	2015-16	INDIAN RAILWAYS
38	JYOTI	0187EC121026	2015-16	INCEPTION
39	AJAY KR	0187EC121001	2015-16	INCEPTION
40	SHILPA	0187EC121071	2015-16	Bharat Sanchar Nigam Limited
41	ANKUR CHATURVEDI	0187EC121011	2015-16	INDIAN RAILWAYS
42	PAPPU KR YADAV	0187EC121049	2015-16	INCEPTION
43	PRASHANT KR RAI	0187EC121055	2015-16	PRASAR BHARTI
45	DEENESH JAULKAR	0187EC121055	2014-15	Bharat Sanchar Nigam Limited
46	BRAJENDRA CHOUHAN	0187EC101030	2013-14	NAVIGATOR TECHNOLOGIES
47	PIYUSH JAIN	0187EC101076	2013-14	AASRA
48	RAMLAL CHOUDHARY	0187EC101082	2013-14	HINDUSTAN COPPER LTD
49	Pankaj Kumar Kushvaha	0187Ec161019	2018-2019	S-IT Training Institute, Mumbai
50	Mohit Khandelwal	0187EC161017	2018-2019	Prudent System Pvt. Ltd.
51	Ronak Chitlangya	0187EC161023	2018-2019	Ministry of Telecommunication, New Dehli
51	Pinky Kushwah	0187IT161019	2018-2019	Crisp center of research and industrial staff performance
52	Rama Malviya	0187EC161022	2018-2019	Crisp center of research and industrial staff performance
53	Shweta Malviya	0187EC161028	2018-2019	Airport Authority of India
54	Shraddha Mehra	0187EC161027	2018-2019	Airport Authority of India
55	Aditi Khare	0187EC161002	2018-2019	Airport Authority of India
56	Abhishek Tiwari	0187EC161001	2018-2019	Vindhya Telelinks Limited
57	Priyanka Singh	0187EC161021	2018-2019	Delcom, Delhi

Industrial Visits

Objectives of industrial visit are to provide students an insight regarding internal working of companies. We know, theoretical knowledge is not enough for making a good professional career. With an aim to go beyond academics, industrial visits provide students a practical perspective on the world of work.

Industries recently visited were: BSNL, Indian Railways, ISRO, SMPL, Durend Control, Satputa Power plant, CRISP, MSME etc. Few more are listed below : -

S.No	Date	Visited At	Semester
1.	14-01-2020	MSME, BHOPAL	IV,VI
2.	08-02-2020	INDIAN RAILWAYS BHOPAL	IV,VI
3.	11-07-2019	SMPL BHOPAL	III, V
4.	08-07-2019	DUREND CONTROLS RAISEN	III, V
5.	27-04-2019	BHARAT SANCHAR NIGAM LIMITED (BSNL) BHOPAL	IV
6.	20-09-2018	THERMAL POWER PLANT SARNI.	V
7.	18-09-2017	CRISP BHOPAL	III, V, VII
8.	19-04-2017	BSNL BHOPAL	IV,VI
9.	15-04-2017	INDIAN RAILWAYS	IV,VI

Test

There are also many opportunities in the Central government departments like Defence, Railways, All India Radio, Airport Authority of India, Post and Telegraph, Indian Engineering Services, etc. One can get a job in Central Government departments by qualifying in the tests conducted by Union of Public Service Commission (UPSC) and Staff Selection Commission (SSC). Some of the public sector firms that recruit candidates who have completed Engineering in Electronics and Communication Engineering are listed below.

Bharat Sanchar Nigam Limited
Bharat Electronics Limited
Bharat Electricals Limited
Oil and Natural Gas Corporation Ltd
Steel Authority of India Limited
Mahanagar Telephone Nigam Limited
Indian Space Research Organisation
Indian Oil Corporation

There are many private companies that recruit Engineers from Electronics and Communication. Some of them are Reliance, Nokia, Tata, LG, Wipro, Infosys, TCS, etc and also Central services like Indian Engineering Service (IES), Indian Telephone Industries, BSNL/ MTNL, Civil Aviation Department, Indian Oil Corporation Ltd., HPCL / BPCL / IPCL, Oil and Natural Gas Corporation Limited (ONGC), Indian Railways, ISRO, DRDO and the Defence services offer exciting careers. Private sector opportunities exist in profusion, in the Semiconductor industry, VLSI design industry, Software industry including MNCs, Computer related fields and in the Telecom Sector including mobile computing, hardware and networking.