State the Vision and Mission of the Department and Institute

Vision and Mission of the Institute

VISION

To become a globally recognized Institution in Engineering Education, Research and

Entrepreneurship.

MISSION

Accomplish quality education through improved teaching learning process.

Enrich technical skills with state of the art laboratories and facilities.

Enhance research and entrepreneurship activities to meet the industrial and societal

needs.

Vision and Mission statements of the Department

VISION

To produce globally competitive Electronics and Communication Engineers and

Entrepreneurs with ethical values.

MISSION

Impart quality education through student centric teaching and learning process.

Equip students with Industry driven skills by providing excellent Infrastructure and

continuous interaction with academia and Industry.

Empower students towards research, entrepreneurship and lifelong learning to meet

societal needs.

State the Program Educational Objectives (PEOs)

PEOs of ECE Department

PEO Keywords Description

PEO 1 Core

Competency

Graduates will have strong foundation in Engineering,

Science and Technology for a successful career in Electronics

and Communication Engineering.

PEO 2 Professionalism

Graduates will have effective communication skills,

interpersonal skills and ethical values to exhibit

professionalism in multidisciplinary environment.

PEO 3

Higher studies

and

Entrepreneurship

Graduates will pursue professional development through

higher studies and have entrepreneurial attitude to address

technological changes and societal needs.

Program Specific Outcomes (PSO)

PSO1: Embedded system design: Graduates will be able to analyze, design, construct and test

electronic and embedded systems for desired specification.

PSO2 : Simulation Tools: Graduates will be able to solve emerging real world problems using

suitable hardware and software tools.

Program Outcome for Electronics and Communication Engineering PO 1: Engineering Knowledge: Apply knowledge of mathematics, science and engineering principles to solve problems in the domain of Electronics and Communication Engineering. PO 2: Problem Analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.

PO 3: Design/Development of solutions: Design solutions for complex engineering problems

and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.

PO 4: Conduct investigations of complex problems: Use research-based knowledge and

research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions. PO 5: Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations. PO 6: The engineer and society: Apply reasoning informed by the contextual knowledge to

assess Societal, Health, Safety, Legal and Cultural issues and the consequent responsibilities relevant to the professional engineering practice.

PO 7: Environment and sustainability: Understand the impact of the professional engineering

solutions in societal and environmental contexts, and demonstrate the knowledge and need for

sustainable development. PO 8: Ethics: Apply ethical principles and commit to professional ethics and responsibilities and

norms of the engineering practice. PO 9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.

PO 10: Communication: Communicate effectively on complex engineering activities with the

engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

PO 11: Project management and finance: Demonstrate Knowledge and understanding of the

engineering and management principles and apply these to one‟s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.

PO 12: Life-long learning: Recognize the need for, and have the preparation and ability to engage

in independent and life-long learning in the broadest context of technological change.

ABOUT THE DEPARTMENT

The Department of Electronics and Communication with its cohesive team of faculty

members, offers a sound programme at the UG level. Through curriculum, projects, forum

and various clubs we meet the growing demands and the changing trends of the software

industry and research laboratories.

The department of ECE is equipped with the best of resources to enrich the bloodline

of the department ensuring high quality education to the students. The department has

spacious laboratories, class rooms, staff rooms, and well stacked department library. The

department has more than 120 computers with the state of the art facilities. All the

computers are installed with latest software supporting the recent advancements in the real

time applications. The list of software includes MATLAB, Xilinx, Microwind, NetSim, NS2,

OPNET, ModelSim, Multisim etc. The laboratories are fully equipped with latest equipment.

All the faculty and students are encouraged and sponsored to attend Winter /

Summer programmes to upgrade & update the current trends in technological

advancements.

KSR INSTITUTE FOR ENGINEERING AND TECHNOLOGY

MESSAGE FROM PRINCIPAL

A desire can change nothing, a decision can change something but a determination

can change everything".

The motivating environment in KSRIET for knowledge assimilation, generation and

dissemination with a sense of social responsibility, human values and concern for social

commitment has carved a niche for itself among the best technical institutes. This

environment supports students and faculty members to participate in both technical and non

technical events. The magazine ECE CHRONICLES is a collection of technical and non

technical aspects of professors, faculty members and students. I extend my pleasure to the

editorial board of the magazine.

Dr.M.Venkatesan, M.E.,Ph.D.,

Principal

KSR INSTITUTE FOR ENGINEERING AND TECHNOLOGY

MESSAGE FROM HOD

The Department of Electronics & Communication Engineering (ECE) has consistently

maintained an exemplary academic record. The greatest asset of the department is its highly

motivated and learned faculty. The available diversity of expertise of the faculty with the

support of the other staff prepares the students to work in global multicultural environment.

The graduates of the Electronics & Communication Stream have been selected by some of the

world’s leading corporations & as well as by most of the leading Indian counter parts. We

hope that we will continue to deliver our best to serve the society and mankind. It is also

expected that our students will continue to pass-on the skills which they have developed

during their stay at this department to whole of the world for a better society.

“I Love Teaching Profession and My Students”

Dr.R. Nandakumar M.E.,Ph.D.,

Head of the Department/ECE

INSPIRATION OF THE CENTURY

SUNDAR PICHAI

Pichai worked in engineering and product management at Applied Materials and

in management consulting at McKinsey & Company. Pichai joined Google in 2004, where he

led the product management and innovation efforts for a suite of Google's client software

products, including Google Chrome and Chrome OS, as well as being largely responsible

for Google Drive. He went on to oversee the development of different applications such

as Gmail and Google Maps. On November 19, 2009, Pichai gave a demonstration of Chrome

OS; the Chromebook was released for trial and testing in 2011, and released to the public in

2012. On May 20, 2010, he announced the open-sourcing of the new video codec VP8 by

Google and introduced the new video format, WebM.

On March 13, 2013, Pichai added Android to the list of Google products that he

oversees. Android was formerly managed by Andy Rubin. He was a director of Jive

Software from April 2011 to July 30, 2013. Pichai was selected to become the next CEO of

Google on August 10, 2015 after previously being appointed Product Chief by CEO, Larry

Page. On October 24, 2015 he stepped into the new position at the completion of the

formation of Alphabet Inc., the new holding company for the Google company family.

Pichai had been suggested as a contender for Microsoft's CEO in 2014, a position that was

eventually given to Satya Nadella.

In August 2017, Pichai drew publicity for firing a Google employee who wrote a ten-

page manifesto criticizing the company's diversity policies and arguing that "distribution of

preferences and abilities of men and women differ in part due to biological causes and ...

these differences may explain why we don't see equal representation of women in tech and

leadership". While noting that the manifesto raised a number of issues that are open to

debate, Pichai said in a memo to Google employees that "to suggest a group of our colleagues

have traits that make them less biologically suited to that work is offensive and not OK".

In December 2017, Pichai was a speaker at the World Internet Conference in China,

where he stated that "a lot of work Google does is to help Chinese companies. There are

many small and medium-sized businesses in China who take advantage of Google to get

their products to many other countries outside of China.

TECHNOLOGY EXPERTISE ZONE

OLED Technology

OLED stands for "organic light-emitting diode" and is a relatively new technology

part of recent innovations in display monitors, lighting, and more. OLED technology as the

name suggests is a next-generation advancement upon regular LED or light-emitting diode

technology, and LCD or liquid crystal display technology.

The closely related LED displays were first introduced to the consumer in 2009. LED

television sets were much thinner and brighter than their predecessors: plasmas, LCD

HDTVs, and of course the humongous and now outdated CRT or cathode-ray displays.

OLED displays were introduced commercially a year later and will allow for even thinner

and brighter displays. With OLED technology, screens that are completely flexible and can

fold or roll up are possible.

OLED lighting is an exciting and viable new innovation. Most of what you see being

developed today looks like light panels (large area diffuse lighting), however, the technology

lends itself to lighting devices with the ability to change shape, colors, and transparency.

Other benefits of OLED lighting are that it is very energy efficient, and contains no poisonous

mercury.

In the simplest of terms, OLEDs are made from organic semiconductor materials that

emit light when an electrical current is applied.

According to Philips, OLEDs works by passing electricity through one or more

incredibly thin layers of organic semiconductors. These layers are sandwiched between two

electrodes – one positively charged and one negatively. The “sandwich” is placed on a sheet

of glass or other transparent material which, in technical terms, is called a “substrate”. When

current is applied to the electrodes, they emit positive and negatively charged holes and

electrons. These combine in the middle layer of the sandwich and create a brief, high-energy

state called “excitation”. As this layer returns to its original, stable,“non-excited” state, the

energy flows evenly through the organic film, causing it to emit light.

TECHNOLOGY EXPERTISE ZONE

Bluetooth Technology

Bluetooth is a standard wire-replacement communications protocol primarily

designed for low power consumption, with a short range based on low-

cost transceiver microchips in each device. Because the devices use a radio

(broadcast) communications system, they do not have to be in visual line of sight of

each other; however, a quasi optical wireless path must be viable. Range is power-

class-dependent, but effective ranges vary in practice. See the table "Ranges of

Bluetooth devices by class".

Officially Class 3 radios have a range of up to 1 metre (3 ft), Class 2, most commonly

found in mobile devices, 10 metres (33 ft), and Class 1, primarily for industrial use

cases,100 metres (300 ft). Bluetooth Marketing qualifies that Class 1 range is in most

cases 20–30 metres (66–98 ft), and Class 2 range 5–10 metres (16–33 ft). The actual

range achieved by a given link will depend on the qualities of the devices at both

ends of the link, as well as the air conditions in between, and other factors.

The Bluetooth Core Specification mandates a range of not less than 10 metres (33 ft),

but there is no upper limit on actual range. Manufacturers' implementations can be

tuned to provide the range needed for each case.

TECHNOLOGY EXPERTISE ZONE

Radio-frequency IDENTIFICATION

Radio-frequency identification (RFID) uses electromagnetic fields to

automatically identify and track tags attached to objects. The tags contain

electronically-stored information. Passive tags collect energy from a nearby RFID

reader's interrogating radio waves. Active tags have a local power source (such as a

battery) and may operate hundreds of meters from the RFID reader. Unlike

a barcode, the tag need not be within the line of sight of the reader, so it may be

embedded in the tracked object. RFID is one method for Automatic Identification and

Data Capture (AIDC).[1]

RFID tags are used in many industries, for example, an RFID tag attached to

an automobile during production can be used to track its progress through the

assembly line; RFID-tagged pharmaceuticals can be tracked through warehouses;

and implanting RFID microchips in livestock and pets allows for positive

identification of animals.

Since RFID tags can be attached to cash, clothing, and possessions, or

implanted in animals and people, the possibility of reading personally-linked

information without consent has raised serious privacy concerns.[2] These concerns

resulted in standard specifications development addressing privacy and security

issues. ISO/IEC 18000 and ISO/IEC 29167 use on-chip cryptography methods for

untraceability, tag and reader authentication, and over-the-air privacy. ISO/IEC

20248 specifies a digital signature data structure for RFID and barcodes providing

data, source and read method authenticity. This work is done within ISO/IEC JTC

1/SC 31 Automatic identification and data capture techniques. Tags can also be used

in shops to expedite checkout, and to prevent theft by customers and employees.

TECHNOLOGY EXPERTISE ZONE

WIRELESS POWER TRANSMISSION TECHNOLOGY

Wireless power transmission technology is not a new technology. In 1980, it was

demonstrated by Nikola Telsa. There are three main systems used for wireless electricity

transmission: solar cells, microwaves and resonance. In an electrical device, microwaves are

used to transmit electromagnetic radiation from a source to a receiver. The name wireless

power transmission states the transfer of electrical power from a source to an electrical

device without the help of wires. Basically, it involves two coils: a transmitter and a receiver

coil. The transmitter coil is powered by an Ac current to produce a magnetic field, which in

turn induces a voltage in the receiver coil.

The basics of WPT involve the inductive energy transmission from a transmitter to a

receiver through an oscillating magnetic field. To get this DC current, that is supplied by a

power source, it is converted into high -frequency AC current by the specially designed

electronics built into the transmitter.

In the transmitter section, the AC current boosts a copper wire, which generates a

magnetic field. Once a receiver coil is placed within the close vicinity of the magnetic field,

the field can induce an AC current in the receiving coil. The electrons in the receiving device,

then converts the AC current back into DC current, which becomes utilizable power.

TECHNOLOGY EXPERTISE ZONE

FACE BIOMETRIC ANTISPOOFING

In an increasingly digital world, protecting confidential information from hackers and

unauthorized individuals is becoming more difficult and the need for robust security is

paramount. As a result, Biometric spoofing is a growing concern as biometric traits are

vulnerable to attacks. Biometric spoofing is the ability to fool a biometric system into

recognizing a fake user as a genuine user by means of presenting a synthetic forged version

of the original biometric trait to the sensor. Specific countermeasures that allow biometric

system to detect fake artefacts and to reject them need to be developed. This paper‟s main

goal is to provide an overview of different antispoofing techniques used in the now

emerging field of antispoofing with special attention to face modality.

Biometrics is the specialized term for body estimations and counts. It alludes to

measurements identified with human attributes. Biometrics validation (or sensible

confirmation) is utilized as a part of software engineering as a type of recognizable proof and

access control. Biometric verification is any method by which a man can be interestingly

recognized by assessing at least one recognizing organic attributes.

Interesting identifiers incorporate fingerprints, hand geometry, ear cartilage

geometry, retina and iris designs, voice waves, DNA, and face. The most established type of

biometric confirmation is fingerprinting. Biometric check has progressed extensively with the

appearance of modernized databases and the digitization of simple information, considering

relatively momentary individual distinguishing proof. Iris and reti

na-design validation techniques are, as of now utilized in some bank programmed

teller machines.

TECHNOLOGY EXPERTISE ZONE

HIGH-SPEED NON-VOLATILE OPTICAL MEMORY

The first important application of the high-speed memory is chip-to-chip

interconnection [2,3]. Its purpose is to transfer data from one silicon chip to another in the

shortest possible time. In a silicon chip electrical memory, like Dynamic random-access

memory (DRAM), Static random-access memory (SRAM), Phase-change memory (PRAM),

Flash, Resistive random-access memory (ReRAM) [4] and Magnetoresistive random-access

memory (MRAM) [5] , is dense, but electrical memory has a relatively moderate operational

speed. The moderate speed for the data transfer inside the chip is acceptable and it does not

limit a high speed of the total data transfer inside a chip. This is because, inside the chip,

there is a large number of connection lines and the data transfer happens in parallel. Even

though the transfer speed of each line is moderate, the overall transfer speed is fast. The case

of a chip-to-chip interconnection is different, because the number of connection lines between

chips is limited. It is important to transfer data through each line at a substantially faster

speed. Optical interconnections between chips are used [2,3] in order to achieve a high-speed

data transfer. A high-speed optical buffer memory is required to efficiently utilize the high-

speed capabilities of the optical data links.

The purpose the buffer memory is to match the in-parallel data transfer inside a chip

with the in-serial data transfer between chips. The buffer memory does not need to be dense,

but it must be very fast. Another important application of the proposed high-speed optical

memory is a buffer memory for an optical network router. It is worth noting that even

though high-speed optical fiber links are widely installed worldwide, only a small fraction of

their high-speed capacity is used.

Since the availability of the second channel is basically unknown, non-volatile memory

has to be used in the router.

TECHNOLOGY EXPERTISE ZONE

SOLAR MOBILE CHARGER

It works on the principle that when light falls on the solar cell, electron -hole pairs are

created in the n-type emitter and in the p-type base.The generated electrons (from the base)

and holes (from the emitter) then diffuse to the junction and are swept away by the electric

field, thus producing. Certain modules are selected and worked out to suitable specifications.

The development of solar charger goes from the fundamental level like soldering

lamination and making the panel etc. The developed charger is planned for 6 Volts with ma

capacity at bright sunlight and step down to 5Volts using regulator.In the report, the detailed

experimental characteristics of mobile charger are noted.

Solar energy is the energy produced directly by the sun and collected elsewhere,

normally the Earth. The sun creates its energy through a thermonuclear process . The process

creates heat and electromagnetic radiation. Only a very small fraction of the total radiation

produced reaches the Earth. The radiation that does reaches the Earth is the indirect source of

nearly every type of energy used today .The radiation that does reach the Earth is the indirect

source of nearly every type of energy used today. The exceptions are geothermal energy, and

nuclear fission and fusion. Even fossil fuels owe their origins to the sun; they were once

living plants and animals whose life was dependent upon the sun. Much of the world's

required energy can be supplied directly by solar power. More still can be provided

indirectly. The practicality of doing so will be examined, as well as the benefits and

drawbacks. In addition, the uses solar energy is currently applied to will be noted.

Due to the nature of solar energy, two components are required to have a functional

solar energy generator. These two components are a collector and a storage unit. The

collector simply collects the radiation that falls on it and converts a fraction of it to other

forms of energy (either electricity and heat or heat alone). The storage unit is required

because of the non-constant nature of solar energy; at certain times only a very small amount

of radiation will be received.

At night or during heavy cloudcover, for example, the amount of energy produced by

the collector will be quite small. The storage unit can hold the excess energy produced

during the periods of maximum productivity, and release it when the productivity drops. In

practice, a backup power supply is usually added, too, for the situations when the amount of

energy required is greater than both what is being produced and what is stored in the

container

TECHNOLOGY EXPERTISE ZONE

DATA LOGGERS

A data logger (also data logger or data recorder) is an electronic device that records

data over time or in relation to location either with a built in instruments or sensors or via

external instruments and sensors. Increasingly, but not entirely, they are based on a digital

processor (or computer). They generally are small, battery powered, portable, and equipped

with a microprocessor, internal memory for data storage, and sensors.

Some data loggers interface with a personal computer and utilize software to activate

the data logger and view and analyze the collected data, while others have a local interface

device (keypad, LCD) and can be used as a stand-alone device. Data loggers vary between

general purpose types for a range of measurement applications to very specific devices for

measuring in one environment or application type only.

It is common for general purpose types to be programmable; however, many remain

as static machines with only a limited number or no changeable parameters. Electronic data

loggers have replaced chart recorders in many applications. One of the primary benefits of

using data loggers is the ability to automatically collect data on a 24-hour basis. Upon

activation, data loggers are typically deployed and left unattended to measure and record

information for the duration of the monitoring period. This allows for a comprehensive,

accurate picture of the environmental conditions being monitored, such as air temperature

and relative humidity.

TECHNOLOGY EXPERTISE ZONE

MULTIPURPOSE ROBOT

In the world that has an enormous potential for conflict, militaries

around the world are taking Patton‟s words very seriously. Right from the ancient

times, the foot soldiers has fought and won the battle for the victor.

However, over the past decade or so, the infantry‟s role has changed - the

emergence of smart munitions and precision aerial bombardment has resulted in the

infantryman entering tough urban combat situations to mop up any remaining

resistance. Tomorrow‟s heroic soldier isn‟t going to jump into the battle with just a

ballot-proof Kevlar vest, a backpack sized field radio and a commando knife clutched

between his teeth[7]. Our system is the first of several such programs that are looking

at revamping the infantry soldier‟s gear. Our system basically has two modes.

One mode is the automatic mode and the other mode is user control mode.

The automatic mode uses face recognition technique to combat intruders. In certain

unavoidable circumstances the control comes to user who can control the operations

of the robot from remote location using a computer. One of the main advantages of

our system is that the mode switching can be done very fast with out any delay. It

also helps to provide medical aid for needy. Our system can also be used to detect

and defuse the bombs. Thus our aim is to provide a robotic system that can combat in

wars and other military purposes.

Traditionally, software development started when the hardware arrived, but

not any more: software designers are using virtual prototypes to get their projects

started in time to meet the deadlines. But there are also operating systems, which

manage this growing complexity.

TECHNOLOGY EXPERTISE ZONE

AUDIO SPOTLIGHTING

Audio spot lighting is a very recent technology that creates focused beams of

sound similar to light beams coming out of a flashlight. By „shining‟ sound to one

location, specific listeners can be targeted with sound without others nearby hearing

it. It uses a combination of non-linear acoustics and some fancy mathematics. But it is

real and is fine to knock the socks of any conventional loud speaker.

This acoustic device comprises a speaker that fires inaudible ultrasound pulses

with very small wavelength which act in a manner very similar to that of a narrow

column.

The ultra sound beam acts as an airborne speaker and as the beam moves

through the air gradual distortion takes place in a predictable way due to the

property of non-linearity of air. This gives rise to audible components that can be

accurately predicted and precisely controlled. Joseph Pompei‟s Holosonic Research

Labs invented the Audio Spotlight that is made of a sound processor, an amplifier

and the transducer. The American Technology Corporation developed the Hyper

Sonic Sound-based Directed Audio Sound System. Both use ultrasound based

solutions to beam sound into a focused beam. Audio spotlight can be either directed

at a particular listener or to a point where it is reflected

-*

TECHNOLOGY EXPERTISE ZONE

IBOC TECHNOLOGY

The engineering world has been working on the development and evaluation

of IBOC transmission for some time. The NRSC began evaluation proceedings of

general DAB systems in 1995. After the proponents merged into one, Ibiquity was left

in the running for potential adoption.

In the fall of 2001,the NRSC issued a report on Ibiquity's FM IBOC. This

comprehensive report runs 62 pages of engineering material plus 13 appendices. All

of the system with its blend-to analog operation as signal levels changes. The

application of the FM IBOC has been studied by the NRSC and appears to be

understood and accepted by radio engineers.

AM IBOC has recently been studied by an NRSC working group as prelude to

its adoption for general broadcast use .Its was presented during the NAB convention

in April. The FM report covers eight areas of vital performance concerns to the

broadcaster and listener alike .If all of these concerns can be met as successfully by

AM IBOC, and the receiver manufactures rally to develop and produce the necessary

receiving equipment. The evaluated FM concerns were audio quality, service area,

acquisition performance, durability, auxiliary data capacity, and behavior as signal

degrades, stereo separation and flexibility.

The FM report paid strong attention to the use of SCA services on FM IBOC.

About half of all the operating FM stations employ one or more SCAs for reading for

the blind or similar services. Before going to the description of FM IBOC system, it is

important to discuss the basic principles of digital radio, and IBOC technology. In the

foregoing sections we see the above-mentioned topics

-*

IMPORTANT WEBSITES

http://www.engineering.com/

http://www.efunda.com/home.cfm

http://www.engineeringtoolbox.com/

http://www.howstuffworks.com/

http://www.eng-tips.com/

http://www.discoverengineering.org/

http://www.fun-engineering.net/

http://www.manufacturingiscool.com/

http://pbskids.org/designsquad/

http://www.futuresinengineering.com/

http://www.engineeryourlife.org/

https://www.indiabix.com/

www.knowafest.com

http://www.ece.org/

http://www.mathworks.in/products/matlab/

http://www.opencircuitdesign.com

http://www.nptel.iitm.ac.in

http://www.engineering.carrers360

TECHNOLOGY EXPERTISE ZONE

COMPANIES FOR EC ENGINEERS

ISRO -Indian Space Research Organization

BEL -Bharat Electronics Limited

ECIL -Electronics Corporation India Limited

DRDO -Defense Research and Development Organization

BSNL JTO -Bharat Sanchar Nigam Limited Junior Telecom Officers

SAIL -Steel Authority of India Limited

GAIL -Gas Authority of India Limited

HAL -Hindustan Aeronautics Limited

NTPC -National Thermal Power Corporation

ONGC -Oil and Natural gas Commission Limited

Bharat Sanchar Nigam Ltd (BSNL)

CMC Ltd

Amara Raja Batteries Ltd

Bartronics India Ltd

Cranes Software International Ltd

Datamatics Global Services

Dell India Private Ltd

Delta Energy Systems (India) Pvt Ltd

Educomp Solutions Ltd

EMC India

Eveready

Bharthi Airtel Ltd

Industries India Ltd

Exide Industries Ltd

Bharthi Teletech

List of Entrepreneurs

S.No. Name of the Students Name of the Company Type of Industry

1 Kaviyarasn J ULive Technologies Home Automations

2 Madhan Kumar V P ULive Technologies Home Automations

3 Surendar J Smart Mobiles Mobile Sales / Service

Activities of Professional Societies in the Year 2016-2017

S.No Type Of

Program

Title Of The

Program Date

Supportin

g Bodies

Guest/

Resource

Person

Level

1 Motivational

Talk

Ignite to

Elevate 14.9.16 ISTE

Alumini

Students of

KSR College of

Tech

Institute

2 Seminar

Teaching

and

Learning

Process

05-10-16 ISTE

Dr.B.Ilango,

Former Vice

Chancellor

Bharathiar

University,

Coimbatore.

Institute

3 Seminar Decide Your

Destiny 19-10-16 ISTE

Dr.Kavidasan,

Director

Roots

Industries

India Ltd

Institute

4 Campus

Lecture

AAA By

Mathematic

al

Operations,

IT Trends

and

employabilit

y, Role of

Engineering

23-08-16 PALS

Dr. Natarajan,

Dr.Soundaraja

n,

Mr.S.Subraman

ian

Nation

al

in Supply

Chain

5 Competition

ICTACT Youth

Present –

Preliminary

24.08.2016 ICT

Academy

ICT Academy of

Tamil Nadu National

6 Competition

ICTACT

TALK –

Preliminary

11.09.2015 ICT

Academy

ICT Academy of

Tamil Nadu National

7 Competition

ICTACT Youth

Talk –

Regional Final

15.09.2015 ICT

Academy

ICT Academy of

Tamilnadu National

8 Competition

ICTACT Youth

Present –

Preliminary

11.09.2015 ICT

Academy

ICT Academy of

Tamilnadu National

Events Organized at Institute in the Year 2016-2017

S.No Type Of

Program

Title Of The

Program Date

Guest/

Resource Person Level

1 Workshop

Project Based

Learning in

8051

Microcontroller

Using Keil

14.07.16

Mr.A.Prabakaran,

AP/ECE, KSRIET National

2 Workshop

Entrepreneurshi

p Awareness

Camp

20.07.16

to

22.07.16

Sathyaseelan. K

AP/IT, K.S.R

College Of

Technology,

National

3 Guest

Lecture

Two days Guest

lecture

Transmission

and wave

guides

26.07.16

&

18.08.16

Mr.S.Logesh

Kumar,

Sri Ramanathan

Institute for

Engineering and

Technology

Institute

4 Inauguratio

n Dept Library 29.7.16

Mr.M.Venkatesan

Principal, KSRIET Institute

5 Inauguratio

n

AURA

Association 13.08.16

Mr.A.Athif Shah,

CEO, ABE

Semiconductors

National

6 Guest

Lecture

Internet of

Things 13.08.16

Mr.A.Athif Shah,

CEO, ABE

Semiconductors

Institute

7 Guest

Lecture

Three days

Guest Lecturer

on Electronics

Circuits –I

24.08.16

&

09.09.16

Prof.Muthuraman

Ramasamy,

EQUIP Foundation

Institute

8

Value

Added

Course

Batch – II

Networks &

Security

10.08.16

to

19.10.16

Mr.P.K.Amarnath,

Operation Head &

Consultant, Avatar

Academy

Institute

9

Value

Added

Course

Batch – III

Networks &

Security

All

saturda

ys from

Aug'16

to

Nov'16

Mr.P.K.Amarnath,

Operation Head &

Consultant, Avatar

Academy

Institute

10

Value

Added

Course

Programming

in MSP430

16.09.16

to

20.09.16

Mr.A.Prabakaran,

AP/ECE, KSRIET

Institute

11 Workshop

Two Days

Workshop on

Network

Security

22.09.16

&

23.09.16

Mr.P.K.Amarnath,

Operation Head &

Consultant, Avatar

Academy

National

Figure Motivational Talk by HOD

Workshop on 8051 Using Keil-14.7.16

ECE Department Library Opening Function-29.7.16

Invitation for Inaugural function-13.08.16

Entrepreneurship Awareness Camp - 20.07.16 to 22.07.16

Paper /Poster presentation by students within the state

PAPER PRESENTATION

S.No Name Of The

Student Year/Sem

Name Of The

Event Date Organised By

1. Sankari M III / V Paper

Presentation 12.08.16

ACRUX‟16,

Dept of ECE,

Mahendra

Engineering

College

2. Poongodi S III/V Paper

Presentation 12.08.16

ACRUX‟16,

Dept of ECE,

Mahendra

Engineering

College

3. Nivedhan Raj C II / III Paper

Presentation 24.08.16

Dept of ECE,

Gnanamani

College of

Technology

4. Ranjith Raja M II / III Paper

Presentation 24.08.16

Dept of ECE,

Gnanamani

College of

Technology

5. K.V.Gokul Prasad

IV/VII

Paper

Presentation 1/10/2016

ECE/Jaysriram

College Of

Engineering

6. S.Arul Prakash IV/VII Paper

Presentation 1/10/2016

ECE/Jaysriram

College Of

Engineering

Workshop Attended by students Within the State

WORKSHOP

S.No Name Of The

Students Year/Sem

Name Of The

Event Date Organised By

1. Janani R III / V

Workshop &

Inplant

Training

10.08.16

&

11.08.16

Dept of ECE,

2. Elizabeth N J III/V

Workshop &

Inplant

Training

10.08.16

&

11.08.16

Dept of ECE,

3. Ravi Varma B III / V Workshop 11.08.16,

12.08.16

SANUS‟16,

Dept of ECE, SNS

College of

Engineering

4. Sathish Kumar S III/V Workshop 11.08.16,

12.08.16

SANUS‟16,

Dept of ECE, SNS

College of

Engineering

5. Sivaprakash D III / V Workshop 11.08.16,

12.08.16

SANUS‟16,

Dept of ECE, SNS

College of

Engineering

6. Priya R III/V Workshop 11.08.16,

12.08.16

SANUS‟16,

Dept of ECE, SNS

College of

Engineering

7. Sasitha M III/V Workshop 11.08.16,

12.08.16

SANUS‟16,

Dept of ECE, SNS

College of

Engineering

8. Selvarakesh Kumar

C II / III Workshop 27.08.16

Coimbatore

Institute of

Technology

9. Prabhu B II / III Workshop 27.08.16

Coimbatore

Institute of

Technology

10. Pavithra P II / III

One Day

Hands-on

Training for

“Integration of

30.08.16

Dept of ECE, Anna

University

Regional Centre,

Coimbatore

Keil and

Proteus”

11. Ramya B II / III

One Day

Hands-on

Training for

“Integration of

Keil and

Proteus”

30.08.16

Dept of ECE, Anna

University

Regional Centre,

Coimbatore

12. Naveen T S II / III

One Day

Hands-on

Training for

“Integration of

Keil and

Proteus

30.08.16

Dept of ECE, Anna

University

Regional Centre,

Coimbatore

13. Saravanakumar S II / III

One Day

Hands-on

Training for

“Integration of

Keil and

Proteus”

30.08.16

Dept of ECE, Anna

University

Regional Centre,

Coimbatore

14. Alex Raj A II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

15. Anbarasan S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

16. Gangatharan S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

17. Giritharan L II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

18. Bhuvaneshwaran S

M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

19. Chandra Bose S II / III Kaashiv Infotech

Workshop on

Ethical

Hacking

21.08.16

& KSR Wikitechy

Microsoft Research

Community

20. Ram Kumar L II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

21. Karthikeyan S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

22. Kavi Preethi V II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

23. Gokila T II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

24. Jayabharathi S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

25. Gayathri R II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

26. Ishwarya P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

27. Hemalatha T II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

28. Karthika D II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

29. Kokila R II / III

Workshop on

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Ethical

Hacking

Microsoft Research

Community

30. Bhuvaneswari R II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

31. Ezhil M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

32. Kowsalya C II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

33. Harini T II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

34. Gowri P II / III Workshop on

Ethical Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

35. Harshini Devi P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

36. Kathiravan M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

37. Prabhu B II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

38. Praveeen Kumar V II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

39. Ranjith Raja M II / III

Workshop on

Ethical

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Hacking Community

40. Sakthivel K II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

41. Nivedhan Raj C II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

42. Naveeen T S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

43. Naveen Kannan S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

44. Pradip R R II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

45. Thangaraj K II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

46. Vinoth Kumar M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

47. Yogesh V II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

48. Muthu Kumar P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

49. Pavithra P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

50. Uma Maheshwari

M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

51. Tharunya S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

52. Tamilarasi J II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

53. Suganthi S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

54. Priyadharshini S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

55. Kathiresh S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

56. Karthikeyan G M II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

57. Deepan Kumar S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

58. Jayashree S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

59. Sineha N II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

60. Sharanya A Kaashiv Infotech

II / III

Workshop on

Ethical

Hacking

21.08.16

& KSR Wikitechy

Microsoft Research

Community

61. Priyadharshini S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

62. Vinothini P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

63. Subathra S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

64. Uma P II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

65. Thamarai Kannan S II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

66. Vigneshwar B II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

67. Udhaya Kumar B II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

68. Dinesh T II / III

Workshop on

Ethical

Hacking

21.08.16

Kaashiv Infotech

& KSR Wikitechy

Microsoft Research

Community

69. Moulika II/III Workshop 2/9/2016 CSE/SNS College

Of Technology

70. Alexraj.A II/III Workshop 23/9/16

Vidhya Vikas

College Of

Enginering And

Technology

Other Events Participated by students Within the State

OTHER EVENTS

S.No Name Of The

Students Year/Sem

Name Of The

Event Date Organised By

1. Karthikeyan S II / III

ICTACT

YOUTH TALK –

2016

24.08.16 ICTACT,

Tamilnadu

2. Saranya M II / III

ICTACT

YOUTH TALK –

2016

24.08.16 ICTACT,

Tamilnadu

3. Alexraj A II / III

ICTACT

YOUTH TALK –

2016

24.08.16 ICTACT,

Tamilnadu

Workshop Attended by students in Outside the State

WORKSHOP

S.No Name Of The

Students Year/Sem

Name Of The

Event Date

Organised

By

1. Jotheeswaran K III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

2. Udhayakumar B III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

3. Sasitha M III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

4. Preethiberlin.W III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

5. Dhivya Prabha P III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

6. Divya S III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

7. Gokul Raj K N III/V Python

Workshop

19.8.16

&

20.8.16

IEEE Student

Branch, IISc

Project Presentation by students in Outside the State

PROJECT PRESENTATION

S.No Name Of The Student Year/Sem Name Of The

Event Date

Organised

By

1.

Logesh Kumar M

III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

2. Mahaboof Sherif E III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

3. M.Krishna III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

4. T.Janani III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

5. Durka Devi S III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

6. Arthi K III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

7. Arun S K III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

8. Deepak Raju C III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

9. Kalaipriya N III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

10. Hemavarthini M III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

11. Keerthana S III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

12. M.Nandhini III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

13. Oviya.T III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

14. Nivetha.A III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

15. Nandhini.R III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

16. Naaga Naveenkumar

V III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

17. Jothipraksh R III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

18. Kathiresh S III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST -Texas

Instruments

Bangalore

19. Manoj Aravind V III/V

Indian

Innovation

Challenge Design

Contest Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

Events Participated by students in Outside the State

OTHER EVENTS

S.No Name Of The

Students Year/Sem

Name Of The

Event Date Organised By

1 K napeeD III/V IoT Design

Contest 15/08/16 Bangalore

2 S ivaR III/V IoT Design

Contest 15/08/16 Bangalore

3 M ahtisaS III/V IoT Design

Contest 15/08/16 Bangalore

4 S inihsrahdayirP III/V IoT Design

Contest 15/08/16 Bangalore

Prizes and Awards received by students in the year 2016-17

S.No Name Of The

Students

Name Of The

Event Date Organised By

Prizes/

Award

1.

Logesh Kumar M

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

2. Mahaboof Sherif E

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

3. M.Krishna

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

4. T.Janani

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

5. Durka Devi S

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

6. Arthi K

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

7. Arun S K

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

8. Deepak Raju C

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

9. Kalaipriya N

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

10. Hemavarthini M

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

11. Keerthana S

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

12. M.Nandhini

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

13. Oviya.T

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

14. Nivetha.A

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

15. Nandhini.R

Indian

Innovation

Challenge

Design Contest

Ti-2016

28/08/2016

DST-Texas

Instruments

Bangalore

200$

Worth

Project

Kit

16. K.V.Gokul Prasad

Paper

Presentation 1/9/2016

Jaysriram

College Of

Engineering

I

17. S.Arul Prakash Paper

Presentation 1/9/2016

Jaysriram

College Of

Engineering

I

18. Venkatesh V

Project Expo –

2016

National Level

Technical

Symposium

28.08.16

Bannari

Amman

Institute of

Technology

II

19. Preamkumar S

Project Expo –

2016

National Level

Technical

Symposium

28.08.16

Bannari

Amman

Institute of

Technology

II

INSPIRATIONAL QUOTES

Editorial Board

Editor in Chief Dr.R.Nandhakumar HOD/ECE

Co Editor Ms.B.Latha AP/ECE

Student Members Ms. S. Roobini, IV year

Mr.T.Vasanthakumar,IV year Ms. V.S. Janani, III year

Mr. S. Kathiresh, III year

Ms. D. Movulica, II year

Mr. M. Vishva, II year