Dept. of Civil Engineering - SVECW

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN

Title of the Programme

One week short term training program on “Recent

advancements in civil engineering: challenges & future

perspectives”

2019 -20 Dept. of Civil Engineering



One week National level FDP on Machine Learning for

Social Relevance

2019 -20 Dept. of Computer Science & Engineering

S.No Name of the Participant College Present/Absent1 Mr.Bhanu Chand Swarnandhra Emgineering College,Narsapur Present2 B.Murali Krishna Swarnandhra Emgineering College,Narsapur Present3 B.Aswini Devi Swarnandhra Emgineering College,Narsapur Present4 Ms. Sravani Papa Swarnandhra Emgineering College,Narsapur Present5 R.Pavan Kartheek Bapatla Engineering College,Bapatla Present6 M. Karuna Bapatla Engineering College,Bapatla Present7 G.Prasad Bapatla Engineering College,Bapatla Present8 S.Venkata Ramana SRKR Engineering College,BVRM Present9 M.Galeiah SRKR Engineering College,BVRM Present

10 D.Anusha SRKR Engineering College,BVRM Present11 T.V.K.P.Prasad SRKR Engineering College,BVRM Present12 K.R.Sita Rama Raju SRKR Engineering College,BVRM Present13 J.Rajanikanth SRKR Engineering College,BVRM Present14 Ch.Someswara Rao SRKR Engineering College,BVRM Present15 K.Koteswara Rao PVP Siddardha Engineering College,Vijayawada Present16 B.Narasimha Swamy PVP Siddardha Engineering College,Vijayawada Present17 J.Rama Devi PVP Siddardha Engineering College,Vijayawada Present18 T.Priyanka Gudlavalleru Engineering College,Gudlavalleru Present19 A.Aparna Gudlavalleru Engineering College,Gudlavalleru Present20 G.Santhi Raju Gudlavalleru Engineering College,Gudlavalleru Present21 Dr.S.Harsha VR Siddardha Engineering College,Vijayawada Present22 M.Ashok Kumar VR Siddardha Engineering College,Vijayawada Present23 P.Ramesh Kumar VR Siddardha Engineering College,Vijayawada Present24 B.Jayanag VR Siddardha Engineering College,Vijayawada Present25 Dr.M.Sri Bala LBRC Engineering College,Mylavaram Present26 K.Naga prasanthi LBRC Engineering College,Mylavaram Present27 A.Sudhakar LBRC Engineering College,Mylavaram Present28 T.Udaya Kumar LBRC Engineering College,Mylavaram Present29 P.Surya Prabhakar Rao Pragathi Engineering College,Surampalem Present30 V.Surya Prakash Pragathi Engineering College,Surampalem Present31 B.PreethiDevi Pragathi Engineering College,Surampalem Present32 P.S.R.Murthy VIT,BVRM Present33 B.Revanth VIT,BVRM Present34 G.Ravindra Bharathi VIT,BVRM Present35 U.S.S.P.Jyothi VIT,BVRM Present36 G.Jagan GIET,Rajamundry Present37 P.R.Ravi Teja GIET,Rajamundry Present38 B.Sunil Kumar GIET,Rajamundry Present39 K.Anil Chowdary CRR college of Engineering,ELURU Present40 K.V.Raja Kumar CRR college of Engineering,ELURU Present41 T.Kesava SVECW,BVRM Present42 K.Raviteja SVECW,BVRM Present

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN::BHIMAVARAM(AUTONOMOUS)

Department of Computer Science & Engineering National Level FDP on Machine Learning for Social relevance from 12th to 16th October 2020



Recent advancements in Artificial Intelligence

2019 -20 Dept. of Computer Science & Engineering

S.No Name of the Participant College Present/Absent1 Mrs. K. Pranathi VR Siddardha Engineering College,Vijayawada Present2 P.Ramya VR Siddardha Engineering College,Vijayawada Present3 P. Raveendra Babu VR Siddardha Engineering College,Vijayawada Present4 A. Jitendra VR Siddardha Engineering College,Vijayawada Present5 D. Kavitha PVP Siddardha Engineering College,Vijayawada Present6 G. Reshma PVP Siddardha Engineering College,Vijayawada Present7 Y. Suresh PVP Siddardha Engineering College,Vijayawada Present8 S. Sowjanya SRKR Engineering College,BVRM Present9 D.S. Phanindra Varma SRKR Engineering College,BVRM Present

10 P. Nagaraju SRKR Engineering College,BVRM Present11 VMNSSVKR Gupta SRKR Engineering College,BVRM Present12 V. Priyadarshini SRKR Engineering College,BVRM Present13 P.Neelima SRKR Engineering College,BVRM Present14 P. Bharat Siva Varma SRKR Engineering College,BVRM Present15 M. Rajesh Babu Bapatla Engineering College,Bapatla Present16 Sri. K. Kishanchand Bapatla Engineering College,Bapatla Present17 P. Srinivasa Rao Bapatla Engineering College,Bapatla Present18 K. Amrutha Sagar Gudlavalleru Engineering College,Gudlavalleru Present19 K. Ashok Reddy Gudlavalleru Engineering College,Gudlavalleru Present20 P. Avinash Gudlavalleru Engineering College,Gudlavalleru Present21 N. Tulasi Raju Swarnandhra Engineering College, Narsapur Present22 N. Lakshmi Narayana Swarnandhra Engineering College, Narsapur Present23 S. UmaMaheswara Rao Swarnandhra Engineering College, Narsapur Present24 M. Amala Swarnandhra Engineering College, Narsapur Present25 P.S.S. Teja VIT, BVRM Present26 CH Lakshmi Veenadhari VIT, BVRM Present27 K Sudhakar VIT, BVRM Present28 M.V. SubbaRao VIT, BVRM Present29 Y. Srilatha Pragathi Engineering College,Surampalem Present30 N.V.S.Sowjanya Pragathi Engineering College,Surampalem Present31 Chintha Venkata Ramana Pragathi Engineering College,Surampalem Present32 N V Naik LBRC Engineering College,Mylavaram Present33 Lella Kranthi Kumar LBRC Engineering College,Mylavaram Present34 A. Sudhakar LBRC Engineering College,Mylavaram Present35 S. Govindu LBRC Engineering College,Mylavaram Present36 G. Sreeja GIET,Rajamundry Present37 Pasam Ragavendra Raviteja GIET,Rajamundry Present38 U. Subba Lakshmi GIET,Rajamundry Present39 G. Mohan Ram SVECW, BVRM Present40 K. Bhadrachalam SVECW, BVRM Present41 G. Satyanarayana CRR college of Engineering,ELURU Present42 M. Ganesh Babu CRR college of Engineering,ELURU Present

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN::BHIMAVARAM(AUTONOMOUS)

Department of Computer Science & Engineering National Level FDP on Recent Advancements in Artificial Intelligence from 23rd to 27th June 2020



AICTE Sponsored A Two weeks Faculty Development

Program on "Next generation wireless systems and

networks: theory to practice"

2019 -20 Dept. of Electronics &

Communication Engineering

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Organizing Committee

CHIEF PATRONS Shri K. V. Vishnu Raju, Chairman, SVES

Shri R. Ravi chandran, Vice-Chairman, SVES

Shri K Aditya Vissam, Secretary, SVES

PATRONS Dr. G. Srinivasa Rao, Principal, SVECW

Dr. P. Srinivasa Raju, Vice-Principal, SVECW

CONVENER Dr. GRLVN Srinivasa Raju, Prof. & HOD-ECE

ORGANIZING COMMITTEE Dr. Sudheer Kumar Terlapu, Professor

Dr. M. Prema Kumar, Professor

Mr. V. Srinivasa Rao, Associate Professor

Mr. K. Murthy Raju, Associate Professor

Dr. M. Pradeep, Associate Professor

Mr. M.V. Ganeswara Rao, Associate Professor

Dr. P. Akhendra Kumar, Associate Professor

Dr. N. Prasad, Associate Professor

Mr. D. Murali Krishna, Associate Professor

Mr. P. Ravi Kumar, Associate Professor

Mr. R. Viswanadham, Assistant Professor

Mr. E.R. Praveen Kumar, Assistant Professor

Mr. A. Narayana Kiran, Assistant Professor

Mr. K.S.N. Raju, Assistant Professor

Ms. K. Priyanka, Assistant Professor

Mr. M. Padmanabha Raju, Assistant Professor

Mr. K. Praveen Kumar, Assistant Professor

Mr. J. Kiran, Assistant Professor

Mr. R.A.C. Varma, Assistant Professor

Mr. M. V. Subba Rao, Assistant Professor

Mr. T. Sairam Vamsi, Assistant Professor

Mr. M.A.S. Mohan Raju, Assistant Professor

Ms. G. Priyanka, Assistant Professor

Mr. K. Raja Sekhar, Assistant Professor

Ms. T. Sruthi, Assistant Professor

Mr. D. Krishna Madhav, Assistant Professor

Mr. D. Ramesh Varma, Assistant Professor

Ms. V. Radha Haneesha, Assistant Professor

Mr. D. Girish Kumar, Assistant Professor

Mr. G. Challa Ram, Assistant Professor

About the College

Shri Vishnu Engineering College for women (SVECW)

was established during academic year 2001-2002 to

empower women in professional courses. This institute has

witnessed significant growth within a period over 15 years

and stands out as one of the best engineering colleges in

AP. This institute is accredited by NAAC with ‘A’ grade.

This institution is under autonomous status from the

academic year 2014-15 and it is the first women’s college

under JNTUK to get such an autonomous status. In

recognition of its progressive strides, the World Bank has

granted TEQIP Phase-II project to SVECW. Indian

Merchant’s Chamber (IMC) recognized the services of

SVECW with its Ramakrishna Bajaj National Quality

award in education sector.

About the Department The Department of Electronics and Communication

Engineering (ECE) of SVECW was established in the

academic year 2001- 02 with an annual intake of 60. The

Department is accredited by NBA for both UG and PG

programs. Present intake to the department is 180.

Department is enriched with 9 Doctorates and most of the

other faculty are in final stage of acquiring Ph.D. Degree.

ECE department has got R&D projects of worth Rs. 3

Crores from DST, AICTE, NRB-DRDO and other research

organizations. Also, it received grants from AICTE of

worth Rs. 38 Lakhs for Modernization of Laboratories and

organizing FDPs. The Department periodically organizes

seminars, symposia, FDPs, workshops and guest lectures

for the benefit of both the students and the faculty. The

department has an excellent blend of well experienced and

young faculty.

.

Address for Correspondence Dr. Pushpa Kotipalli,

Professor and Coordinator,

Department of Electronics & Communication Engineering,

Shri Vishnu Engineering College for Women (A),

Bhimavaram, West Godavari District,

Andhra Pradesh– 534 202.

Email: [email protected]

Mobile: 9848570522, 9849782622.

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN (A) (Permanently Affiliated to JNTUK, Accredited by NBA & NAAC with „A‟ Grade)

(Winner of IMCRB National Quality Award 2018, (Winner of APQO International Award)

Vishnupur, Bhimavaram – 534202, W. G. District, Andhra Pradesh., India

Next Generation Wireless Systems

and Networks – Theory to Practice

Faculty Development Program

AICTE Sponsored Two Week FDP on

1-14 August, 2019

Coordinator

Dr. Pushpa Kotipalli, Professor, ECE

Co-Coordinators

Dr. K. Padma Vasavi, Professor, ECE

Dr. S. Hanumantha Rao, Professor, ECE

! .

.

Registration Registration fee details for various types of participants are given below.

Faculty participants from AICTE approved Institutions Rs. 1500*

Research Scholars Rs. 2000

Participants from Industry/R&D Organizations Rs. 3000

*The fee will be refundable

Registration form in the prescribed format approved by a competent authority should reach the Convener

by hand/post/E-mail along with the Demand Draft to be drawn in favor of “THE PRINCIPAL, Shri

Vishnu Engineering College for Women”, payable at Bhimavaram.

The total number of seats is 40, out of which 4 (maximum) are reserved for persons from industry.

Accommodation will be provided free of cost in the college hostels for eligible outstation participants

on prior request.

TA to outstation participants as per AICTE norms.

Downtown Southwest 12345 W Main St. 12345 SW Main St.

Resource Persons from

Academics

1. Dr. Shankar Prakriya, Professor, IIT, Delhi

2. Dr. A. Mallikarjuna Prasad, Director,

Academic Planning, JNTU, Kakinada

3. Dr. Atul Negi, Professor, HCU, Hyderabad

4. Dr. K. Jayanthi, Professor, PEC, Pondicherry

5. Dr. Ravi Kumar Jatoth, NIT, Warangal

6. Dr. Rashmi Ranjan Rout, NIT, Warangal

7. Dr. T.S. Pradeep Kumar, VIT University, T.N.

8. Dr. P. Samundiswary, Pondicherry University

9. Dr. S. Pothalaiya, VBIT, Hyderabad

10.Dr. V. Venkata Mani, NIT, Warangal

Resource Persons from

Industry

1. Mr. Senthil Kumar, Chief (R&D), Meeami

Technologies, Hyderabad

2. Mr. Vijender Busi Reddy, Scientist D, ADRIN,

Hyderabad

3. Mr. N. Pandi Durai, Tenet Techetronics,

Bangalore

4. Mr. R. Vikram, Samhitha Marines, Tamil Nadu

5. Mr. J. Prem Kumar, Capricot Technologies,

Bangalore

About the Program

5G and Cognitive Radio (CR) are the two emerging

technologies to meet the heavy mobile data traffic of

future wireless networks. The new era of

communication will be dominated by 5G in future.

In this FDP, subject experts from esteemed academic

institutes will enlighten the participants with their

experiences in research related to Cognitive Radio

and Wireless Sensor Networks and throw some light

on research topic selection and problem statement

development. Also, experts from academia and

industry will provide hands-on practice to

participants on implementation of Cognitive radio

concepts using SDR hardware, 5G physical layer

implementation using MATLAB, and Wireless

sensor networks using NS-2 and NS-3 simulation

tools.

Program Objectives

1. To enhance the research and teaching capabilities

of the participants in next generation wireless

systems and networks.

2. To provide hands-on training in Software Defined

Radio using USRP modules, and 5G and LTE

MATLAB toolbox simulations to extend the

design capabilities in the area of Wireless

Communication Systems.

3. To provide practical exposure to underwater

acoustic communication

4. To provide hands-on training in NS-2 and NS-3

to extend the knowledge of participants in the

area of Wireless sensor networks.

Faculty Development Programme

AICTE sponsored Two Week FDP on

Next Generation Wireless Systems

and Networks – Theory to Practice

1 – 14 August, 2019

SVECW(A), Bhimavaram (A.P) - 534 202

REGISTRATION FORM

Name Dr. /Mr. /Ms.: …………………………………………

Designation: …………………………………….………….

Educational Qualification: ..…………………………………

Specialization: …………………………………….……….

Department: …………………………………………..……..

Institution: ......……………………………………………….

AICTE Faculty ID No: …………………………..................

Professional Experience:

Teaching………… R&D…………… Industry……………

Mailing Address:

……………………………………………………………..

……………………………………………………………..

Contact No. ……………………Mobile ..............................

Email ID ……………………….……....................................

Payment Details:

DD No. & Date: .....................................................................

Bank Name & Branch: ..........................................................

Accommodation required: YES / NO

(Limited Accommodation is available)

Signature of the Participant with Date

Sponsorship Certificate

Dr./Mr./Ms. …………………………………………………

is sponsored to attend the two week FDP on “NEXT

GENERATION WIRELESS SYSTEMS AND

NETWORKS – THEORY TO PRACTICE” to be held

from 1st to 14

th August, 2019 at SVECW, Bhimavaram.

Place: Signature of the Head of the

Date: Institution with Seal

Prerequisites for the Course

Knowledge of Communication Systems &

Networking

Programming Knowledge of MATLAB, C, and

C++

Course Outline

Challenges in 5G mobile communications

Cognitive Radio Networks, Spectrum Sharing & Spectrum Sensing

Energy Harvesters for future networks

Voice Activated Distributed Cloud Device Control

Hands-on practice on GNU Radio and USRP

Underwater Acoustic Communication

Demonstration of Underwater Acoustic Modem

Node Localization and Routing in WSN

Mobile AdHoc Networks and their Security

Hands-on practice on LTE and 5G MATLAB Toolboxes

Hands-on practice on Routing and Security using NS-2 and NS-3 simulation tools.

Important Dates

Last date for registration : 10th July 2019.

Intimation to the participants: 12th July 2019.

Shri Vishnu Engineering College for Women (Autonomous)::Bhimavaram

Department of Electronics and Communication Engineering

AICTE sponsored Two Weeks Faculty Development Program

on

“Next Generation Wireless Systems and Networks - Theory to Practice” 1-14 August, 2019

Program Schedule

Date 09.00hrs – 10.30hrs 10.30hrs – 11.00hrs

11.00hrs – 12.30hrs 12.30hrs – 14.00hrs

14.00hrs – 15.30hrs 15.30hrs – 16.00hrs

16.00hrs – 17.30hrs

1.08.2019 Inauguration & Keynote Address Session 1

Lunch Break

Practical Session 1

Tea Break

Practical Session 2

2.08.2019 Session 2 Tea Break

Session 3 Session 4 Session 5

3.08.2019 Session 6 Session 7 Practical Session 3 Practical Session 4

4.08.2019 Local Tour

5.08.2019 Practical Session 5

Tea Break

Practical Session 6

Lunch Break

Practical Session 7

Tea Break

Practical Session 8

6.08.2019 Session 8 Practical Session 8 Practical Session 9 Practical Session 10

7.08.2019 Session 9 Practical Session 11 Session 10 Practical Session 12

8.08.2019 Practical Session 13 Practical Session 14 Practical Session 15 Practical Session 16

9.08.2019 Session 11 Practical Session 17 Practical Session 18 Practical Session 19

10.08.2019 Session 12 Session 13 Session 14 Session 15

11.08.2019 Session 16 Session 17 Session 18 Practical Session 20



14.08.2019 Session 19 Test Feedback and Valedictory Function

Theory Session Topics Practical Session Topics

Keynote Invited Talk on ”Blockchain Technologies and Applications”

Practical Session 1-2 Demonstration of UWA Communications using Evologics UWA Modems

Session 1 Challenges in Underwater wireless communications Practical Session 3 Implementation of Filters using GNU Radio

Session 2 Towards Higher security and Spectral Utilization Efficiency through Interference Management

Practical Session 4 Implementation of Windowing Techniques using GNU Radio

Session 3 A look at 5G and the Power Control Trends Practical Session 5 Implementation of Modulation Techniques using GNU Radio

Session 4 RF Energy Harvesters for Next Generation Communication Systems

Practical Session 6-7 Demonstration of USRP with some real-time examples

Session 5 Security Issues and Challenges in Wireless Networks Practical Session 8-10 Hands-on training with WLAN, 5G and LTE MATLAB Toolboxes

Session 6 Introduction to SDR and USRP Practical Session 11 Hands-on learning on USRP Support Package from Communications Toolbox

Session 7 Introduction to GNU Radio Practical Session 12 Installation and configuration of NS2; Overview of TCL Programming

Session 8 Introduction to WLAN 5G and LTE MATLAB Toolboxes Practical Session 13-14 Working with existing protocols; Trace file analysis; Plotting Xgraph; Performance evaluation of routing protocol

Session 9 Instructions for using the USRP with MATLAB/Simulink Practical Session 15-16 Energy and Security Models; Creation of New Agent and New Packet structure; Sending and receiving our own packets;

Session 10 Introduction to NS2 and Installation Procedures Practical Session 17-18 Design and recompilation of new protocol; Adding external patches in NS-2;

Session 11 Voice Activated Distributed Cloud Device Control Practical Session 19 Mini project on Network layer;

Session 12-13 Node Placement and Localization in WSN Practical Session 20 NS-3 Installation, C++ Programing in NS-3; Walk through of NS-3 APIs

Session 14-15 Routing and Security in Wireless Sensor Networks Practical Session 21-22 Simulating point-to-point Networks and CSMA networks in NS-3

Session 16 Mobile AdHoc Networks and their Security Practical Session 23 Setting up larger topologies using NS-3 helpers;

Session 17 Communication, GIS and their integration Practical Session 24 Simulating Ad hoc Wireless networks; Passing Real Data in NS-3;

Session 18 Overview of NS-3 and NS-3 installation Procedure. Practical Session 25-26 Encryption & decryption in NS-3; Simulating Infrastructure based Wireless networks; Walkthrough of Rate Adaptation Algorithms in NS-3

Session 19 Visible light communication for 5G Practical Session 27-28 Adding new modules to NS-3; Sample programs for UWA Networks in NS-3

Resource Persons Resource Persons

Keynote Dr. S. Venkataraman, Scientist H, SEG Director, ADRIN, Dept. of Space, Hyderabad

Session 14-15 Dr. Rashmi Ranjan Rout, NIT, Warangal

Session 1 Dr. Pushpa Kotipalli, Professor, SVECW, Bhimavaram Session 16 Dr. Atul Negi, Professor, HCU, Hyderabad

Session 2 Dr. Shankar Prakriya, Professor, IIT Delhi Session 17 Dr. Vijender Busi Reddy, Scientist-E, ADRIN, Hyderabad

Session 3-4 Dr. K. Jayanthi, Professor, PEC, Puducherry Session 18 Dr. T.S. Pradeep Kumar, VIT University, Chennai

Session 5 Dr. P. Samundiswary, SET, Pondicherry University Session 19 Dr. V. Venkata Mani, NIT, Warangal

Session 6 Mr. N. Pandidurai, Tenet Techetronics, Bangalore Practical Sessions 1-2 Mr. R. Vikram, Samhitha Marines, Tamil Nadu

Session 7 Mr. Amitesh Pandey, Tenet Techetronics, Bangalore Practical Sessions 3-7 Mr. N. Pandidurai & Mr. Amitesh Pandey, Tenet Techetronics, Bangalore

Session 8 Mr. Nitin Roy, Application Engineer, MathWorks India Practical Sessions 8-10 Mr. Nitin Roy, Application Engineer, MathWorks India

Session 9 Mr. J. Prem Kumar, Capricot Technologies, Bangalore Practical Session 11 Mr. J. Prem Kumar, Capricot Technologies, Bangalore

Session 10 Dr. Pothalaiah Sake, Professor, VBIT, Hyderabad Practical Sessions 12-19 Dr. Pothalaiah Sake, Professor, VBIT, Hyderabad

Session 11 Mr. Senthil Kumar, Meeami Technologies, Hyderabad Practical Sessiosn 20-28 Dr. T.S. Pradeep Kumar, VIT University, Chennai

Session 12-13 Dr. J. Ravi Kumar, NIT, Warangal

Shri Vishnu Engineering College for Women (Autonomous): Bhimavar

Department of Electronies and Communication Engineering

VISHNU AICTE sponsored Two Weeks Paculty Development Program

on UNIVERSAU LEARRN

Next Generation Wireless Systems and Networks -Theory to Practice" 1-14 August, 2019

Feedback Form

Please take a moment to complete this feedback form so that we can continue to improve our FDPs, workshops and

seminars Name of the Participant V Mina kumauu Educational Qualifications: M:ch

Affiliated Institute: Bc Eoint0nG callcor Ccalasev DesignationAsat paaked

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We appreciate your help in evaluating this-program. Please indicate your rating of the FDP in the categories below

by circling the appropriate number, using a scale of 1 (low) through 5 (high). Please fill out both sides of this form:

Poor=1

Scale: Excellent 5; Good=4; Satisfactory=3; Unsatisfactory =2;

FDP Objectives were stated clearly and met

4 50 5OT3

3 The FDP was well organized

The topics covered were relevant to me

4 Participation and interaction were encouraged

Visual aids, handouts, and oral presentations clarified content

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Reception 9. Food

10. Overal Program

This program enhanced my

professional expertise.Substantially Somewhat Not at all

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Rate the Speakers:

Good=4; Satisfactory 3; Unsatisfactory= 2 Knowledgeable in

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Poor= 1 Clarified content in Scale: Excellent = 5; Content consistent

with Obiectives Name of the Resource response to Questions

Person 43 2 32

5 3 2 Dr. S. Venkataraman, SEG

Director, ADRIN, Hyderabad

Dr. Shankar Prakriya, Professor, IIT Delhi

Dr. K. Jayanthi, Professor, PEC, Puducherry Dr. P. Samundiswary, SET,

Pondichey University Mr. Senthil Kumar, Meeami

Technologies, Hyderabad Dr. J. Ravi Kumar, NIT,

Warangal Dr. Rashmi Ranjan Rout,

NIT, Warangal Dr. Atul Negi, Professor,

HCU, Hyderabad Dr. Vijender Busi Reddy, Sc-

E, ADRIN, Hyderabad Dr. T.S. Pradeep Kumar, VIT

University, Chennai Dr. S. Pothalaiah, VBIT,

3 432 3

s 32 50| 5 3

2

4 3 2 1

5 .3 s 3 2 5 s 3 2 5 3 2

2 2

5 4 5 O3 2

3 3

5 32

32|

3

5

2 3.

5 2 3 2

Hyderabad Dr. V. Venkata Mani, NIT,

Warangal Mr. R. Vikram, Samhitha

Marines, Tamil Nadu Mr. N. Pandidurai & Mr.

Amitesh Pandey, Tenet

Techetronics, Bangalore Mr. J. Prem Kumar, Capricot Technologies, Bangalore Resource Person' from

Mathworks, Bangalore Dr. K. Pushpa Professor,

SVECW Bhimavaram

2 4 2

3 2 3 2

4 2 5

5 3 5 2

5 5

3 21 5 3 23 43 32 1

Suggestiens for future topics, as well as comnments on how this program could be improved to better suit

your professional needs are always welcomed.

NMk

Signature of the Participant

AICTE Sponsored


on

Next Generation Wireless

Systems and Networks

– Theory to Practice

FDP Completion Report

1-14 August, 2019

Department of Electronics and Communication Engineering,

Shri Vishnu Engineering College for Women (A),

Vishnupur, Bhimavaram – 534202

by Dr. Pushpa Kotipalli

FDP Coordinator

1

Declaration

Department of Electronics and Communication Engineering (ECE) of Shri Vishnu Engineering College

for Women (Autonomous) organized an AICTE sponsored Faculty Development Programme (FDP) on

―Next Generation Wireless Systems and Networks – Theory to Practice, NGWSN-2019‖ for two weeks

starting from 1st August, 2019 to 14

th August, 2019.

Acknowledgements

The satisfaction that accompanies the successful completion of any work would be incomplete

without mentioning the people who made it possible.

We are very much thankful to AICTE, the sponsors of this Faculty Development Program,

without their generous financial support, it would not have been possible to organize this two week FDP.

We take the opportunity to express our sincere gratitude to the management of Shri Vishnu

Engineering College for Women (SVECW) for providing all the facilities which we needed for smooth

conduct of FDP.

We are thankful to Dr. V. Purushothama Raju, Professor and Head of CSE Department for

allowing us to use their Lab with 40 computers which have 4 GB RAM for conducting Practical

Sessions related to Network Simulation.

We are thankful to MathWorks India for providing MATLAB 2019 version in 40 computers to

use it as trial for 20 days.

We are thankful to Tenet Technetronics, Bangalore for bringing Rs. 10 Lakh worth SDRs and

other hardware for hands-on training on SDR.

Finally, we express our thanks to all the teaching and supporting staff and associates of the

department for their helping hand in successful completion of the project.

Dr. Pushpa Kotipalli

Programme Coordinator

2

Contents

1. Introduction 3

1.1 Primary Goal 3

1.2 Program Objectives 3

1.3 Course Outline 3

1.4 Resource Persons from Academic Institutions 4

1.5 Resource Persons from Industry 4

1.6 Resource Persons from Research Organisation 5

1.7 Program Evaluation Committee 5

2. Inaugural Function 6

3. Session Report 8

3.1 Blockchain Technologies and Applications 8

3.2 Challenges in Underwater Wireless Communications 9

3.3 Demonstration of UWAC 10

3.4 Towards Higher security and Spectral Utilization Efficiency through Interference

Management

12

3.5 Power Control in Next Generation 5G Networks 13

3.6 Energy Harvesters for in Next Generation Networks – A Smart Approach 14

3.7 Security Issues and Challenges in Wireless Networks 15

3.8 Introduction to Software Defined Radio 16

3.9 Introduction to USRP and GNU Radio 17

3.10 Hands-on training on GNU Radio 18

3.11 Local Tour to Antharvedi 19

3.12 Hands-on Training on Software Defined Radio 21

3.13 Developing LTE and 5G Wireless Communications Systems Using MATLAB and

Simulink

22

3.14 Hands-on Training on 5G, LTE and RF MATLAB Toolboxes 23

3.15 Hands-on learning on USRP Support Package from Communications Toolbox 25

3.16 Hands-on Training on Network Simulation using NS-2 26

3.17 Voice Activated Distributed Cloud Device Control 28

3.18 Routing and Security in Wireless Ad Hoc and Sensor Networks & Emerging

Applications of Internet of Things

29

3.19 Trust Models in Ad-Hoc Wireless Networks 31

3.20 Communication, GIS and Their Integration 32

3.21 Hands-on Training on Network Simulation using NS-3 33

3.22 Visible Light Communication for 5G 36

4. Test and Feedback 37

4.1 FDP Test 37

4.2 Feedback Analysis 38

5. Valedictory Function 42

6. List of Participants 48

Page

No.

3

5G and Cognitive Radio (CR) are the two emerging technologies to meet the heavy mobile data

traffic of future wireless networks. The new era of communication will be dominated by 5G in future.

The Faculty Development Programme (FDP) was proposed keeping the following Primary Goal.

1.1 Primary Goal of FDP

The Primary Goal of the FDP is to build research and teaching competence for holistic

development of individual faculty members by updating them on the latest trends of Wireless Systems

and Networks.

To achieve this goal of FDP on ―Next Generation Wireless Systems and Networks – Theory to

Practice‖, the following four program objectives were set.

1.2 Program Objectives

1. To enhance the research and teaching capabilities of the participants in next generation wireless

systems and networks.

2. To provide hands-on training in Software Defined Radio using USRP modules, and 5G and

LTE MATLAB toolbox simulations to extend the design capabilities in the area of Wireless

Communication Systems.

3. To provide practical exposure to underwater acoustic communication

4. To provide hands-on training in NS-2 and NS-3 to extend the knowledge of participants in the

area of Wireless sensor networks.

Keeping these program objectives in mind, both wireless systems and wireless networks were

included in the FDP in the following way.

1.3 Course Outline

Challenges in 5G mobile communications

Cognitive Radio Networks, Spectrum Sharing & Spectrum Sensing

Energy Harvesters for future networks

Visible Light Communication

1. Introduction

4

Underwater Acoustic Communication

Voice Activated Distributed Cloud Device Control

Node Localization and Routing in WSN

Mobile AdHoc Networks and their Security

Hands-on training on GNU Radio and USRP

Demonstration of Underwater Acoustic Modem

Hands-on training on LTE, 5G and RF MATLAB Toolboxes

Hands-on training on Simulation of Wireless Networks using NS-2 and NS-3 simulation tools.

To cover all the points in the course outline, resource persons from academia and industry are

invited. The following eminent people accepted our invitation to share their research experience with the

participants of FDP.

1.4 Resource Persons from Academic Institutions

1. Dr. Shankar Prakriya, Professor, IIT, Delhi

2. Dr. A. Mallikarjuna Prasad, Director, Academic Planning, JNTU, Kakinada

3. Dr. Atul Negi, Professor, HCU, Hyderabad

4. Dr. K. Jayanthi, Professor, PEC, Pondicherry

5. Dr. Ravi Kumar Jatoth, NIT, Warangal

6. Dr. Rashmi Ranjan Rout, NIT, Warangal

7. Dr.T.S. Pradeep Kumar, VIT University, T.N.

8. Dr. P. Samundiswary, Pondicherry University

9. Dr. S. Pothalaiah, VBIT, Hyderabad

10. Dr. V. Venkata Mani, NIT, Warangal

1.5 Resource Persons from Industry

11. Mr. Senthil Kumar, Chief (R&D), Meeami Technologies, Hyderabad

12. Dr. Vijender Busi Reddy, Scientist E, ADRIN, Hyderabad

13. Mr. N. Pandi Durai, Tenet Techetronics, Bangalore

14. Mr. V. Amitesh Pandey, Tenet Techetronics, Bangalore

15. Mr. R. Vikram, Samhitha Marines, Tamil Nadu

5

16. Mr. Nitin Roy, MathWorks India, Hyderabad.

17. Mr. J. Prem Kumar, Capricot Technologies, Bangalore

1.6 Resource Persons from Research Organisation

18. Dr. S. Venkataraman, Scientis-H, SEG Director, ADRIN, Department of Space, Hyderabad.

19. Dr. Vijender Busi Reddy, Scientist - E, ADRIN, Department of Space, Hyderabad

After getting FDP sanctioning letter from AICTE, Program Evaluation Committee (PEC) has been

formed with the following committee members.

1.7 Program Evaluation Committee

1. Chairperson - Dr. G. Srinivasa Rao, Principal

2. Member Secretary - Dr. Pushpa Kotipalli, Professor & Program Coordinator

3. Member 1 - Dr. G.R.L.V.N. Srinivasa Raju, Professor & Head of ECE Department

4. Member 2 - Dr. V. Purushothama Raju, Professor & Head of CSE Department

5. Member 3 - Dr. S. Hanumantha Rao, Professor & Subject Expert

6. Member 4 - Dr. T. Sudheer Kumar, Professor & Subject Expert

This AICTE sponsored two-week FDP was decided to organise during 1-14 August, 2019.

From the submitted applications for FDP, PEC selected 40 faculty members and 3 research

scholars on the basis of their Curriculum Vitae. The selected members belong to different

institutes/colleges recognised by AICTE and affiliated to various Universities of Madhya Pradesh, Tamil

Nadu, Telangana and Andhra Pradesh. FDP kit was issued to each participant at the time of the

registration. Registration Fee was returned and travel charges were reimbursed upon submission of

tickets. Accommodation to participants and resource persons was provided inside the campus. Lunch,

Dinner and 2 high Tea (Morning & Evening) was provided to participants daily.

6

AICTE sponsored Faculty Development Programme with the theme ―Next Generation Wireless

Systems and Networks – Theory to Practice‖ was inaugurated on 1st August, 2019. Eminent Personality

Dr. Sarma Venkataraman, Scientist-H and Director of Systems Engineering Group, Advanced Data

Processing Research Institute (ADRIN), Department of Space, Hyderabad was present as Chief Guest.

At 10 AM, Dr. K. Padma Vasavi, Co-coordinator of FDP invited dignitaries on to the dais. Then

the Programme was inaugurated by digital lighting of lamp by Chief Guest Dr. Sarma Venkataraman

along with Dr. G. Srinivasa Rao, Principal and FDP Chairman, Dr. P. Srinivasa Raju, Vice-Principal, Dr.

G.R.L.V.N. Srinivasa Raju Head of ECE Department and FDP Convenor and Dr. Pushpa Kotipalli

Professor and FDP Coordinator. The respected personalities present in this occasion were Dr. V.

Purushothama Raju, Head of CSE Department, Dr. S. M. Padmaja, Head of EEE Department, Dr. D.

Venkata Naga Raju, Head of IT Department Dr. U. Venkatapathi Raju, Professor, Civil Engineering

Department, Dr. G. Subba Raju, Head of MBA Department and Dr. T.S.R.Murthy, Head of Basic

Sciences,

Fig. 2.1. The persons from Right to Left in the left most picture: Dr. G.R.L.V.N. Srinivasa Raju, Dr. K.

Padma Vasavi; Middle Picture: Dr. Sarma Venkataraman lighting the lamp; Right most Picture:

Floral tributes were given to (Late) Padmasri Dr. B. V. Raju, Founder of Shri Vishnu Engineering

College for Women.

2. Inaugural Session

7

In welcome speech, Dr. G.R.L.V.N. Srinivasa Raju shared his views with the faculty participants

that if faculty wants to develop themselves and their students, then attending such faculty development

programmes would enhance their skills of teaching concepts practically. Dr. Pushpa Kotipalli

highlighted the importance and objectives of organizing faculty development programmes. She briefed

the participants about the topics selected for the FDP and highlighted the reasons and importance of the

same. Also, she informed them the program schedule.

Fig. 2.2(a) Welcome address by Dr. G.R.L.V.N.S. Raju and (b) Program schedule by Dr. Pushpa

Honourable Chief Guest Dr. Sarma Venkataraman greeted all the participants and gave his

valuable thoughts on importance of faculty development programme. He congratulated SVECW faculty

for arranging FDP and wished all present a good time ahead. The inaugural function was concluded by

Vote of Thanks by Dr. S. Hanumanth Rao, Co-coordinator of FDP.

Fig. 2.3 (a) Greetings by Dr. S. Venkataraman and (b) Vote of Thanks by Dr. S. Hanumantha Rao

8

First Day (1st August, 2019) – Forenoon Session

Keynote Address:

3.1 Blockchain Technologies and Applications

Speaker: Dr. Sarma Venkataraman, Scientist-H and Director of Systems Engineering Group,

Advanced Data Processing Research Institute (ADRIN), Department of Space, Hyderabad.

Dr. Sarma Venkataraman started with one of the

popular versions of blockchain i.e., cryptocurrency giant

Bitcoin. He explained Blockchain as a distributed ledger

technology that acts as a shared database, keeping all of its

copies synced and verified. Blockchain is transforming

data storage, security, digital property management,

transactions in a variety of forms, and much more.

Dr. Sarma explained history and working of Blockchain briefly. Then he described various

possible Blockchain platforms and Consensus Protocols. He discussed applications and challenges of

Blockchain. He concluded his talk by introducing IoT based Blockchains. With real-time examples, he

explained how the impact of blockchain is going to be felt across a number of industries, including

manufacturing, insurance, healthcare, retail, logistics, and more.

Principal and Vice-Principal felicitated Dr. Sarma Venkataraman with a shall and memento.

3. Session Report

9

First Day (1st August, 2019) – Post Lunch Session

3.2 Challenges in Underwater Wireless Communications

Speaker: Dr. Pushpa Kotipalli, Professor and FDP Coordinator, ECE Department, Shri Vishnu

Engineering College for Women (A), Bhimavaram – 534 202, Andhra Pradesh.

Dr. Pushpa Kotipalli mentioned that 71% of earth surface is covered by water and 29% is by land

and explained the underwater channel characteristics by defining Plasma Frequency which is 250 GHz

for underwater channels. If frequency of operation is less than Plasma frequency, 250 GHz, the water

channel acts as conductor and otherwise it acts as Dielectric.

She compared RF communications in water with RF communications in space. With

mathematical expressions she gave clear idea on performance of EM waves in dielectric media and in

conducting media. RF frequencies used in wireless communications are always less than 250 GHz and

hence water behaves as conducting medium as compared to space which acts as dielectric medium. With

mathematical analysis she proved RF communications is useful only for water to space communications

and is unfit for underwater communications.

Then she considered underwater optical communication and explained its drawbacks like

requirement of line of sight and scattering of light in water which make it unfit for long distance

communication. Then she highlighted important characteristics of acoustic waves and concluded that

underwater acoustic communication is the only option for underwater long distance communication.

Glimpses of Dr. Pushpa delivering Talk:

She made the session interactive and clarified all the questions raised by the participants.

As part of this theory session Mr. R. Vikram presented his company Samhitha Marine’s profile.

10

Speaker: Mr. R. Vikram, Assistant Manager, Samhitha Marine Private Limited, Chennai, Tamil Nadu,

India.

Underwater Acoustic Modem

Samhitha Marine is India representative of Evologics, a Germany based company. As part of

project sponsored by Naval Research Board, DRDO, underwater acoustic modems were purchased from

Evologics through Samhitha Marine. As a representative of Samhitha Marine, Mr. Vikram showed how

his company associates with several other companies for distribution of their products. Then he

described how underwater acoustic modems are used for sonar-based communication underwater.

He discussed major problem for underwater data telemetry and explained features of underwater

acoustic modems from Evologics. Evologics uses their patented technology S2C (Sweep Spread Carrier)

in underwater acoustic modems. Dr. S. Hanumantha Rao felicitated him with a memento.

Glimpses of Mr. Vikram delivering Talk and his felicitation:

First Day (1st August, 2019) – Last Session

3.3 Demonstration of UWAC

Resource Persons:

1. Dr. Pushpa Kotipalli, FDP Coordinator

2. Mr. R. Vikram, Assistant Manager, Samhitha Marine, Tamil Nadu.

3. Mr. M.A.S. Mohanraj, Co-PI, UWAC Project, NRB-DRDO.

As part of underwater acoustic communication (UWAC) project from Naval Research Board,

DRDO, we purchased underwater acoustic modems from Evologics, a Germany based company.

11

Experimental set-up for testing underwater acoustic modems for air test:

After theory session on underwater wireless communications, participants were taken to the

Swimming Pool in the college campus and underwater acoustic communication was demonstrated.

Experimental set-up for testing underwater acoustic modems in air is shown below.

Glimpses of UWAC demonstration:

12

2nd Day (2nd August, 2019) – Morning Session

3.4 Towards Higher security and Spectral Utilization

Efficiency through Interference Management

Speaker: Dr. Shankar Prakriya, Professor, Department of Electrical Engineering, Indian Institute of

Technology Delhi, Hauz Khas, New Delhi-110 016, India.

Dr. Shankar Prakriya started his talk by

discussing Communication Terminology and then

explained the 5G specifications. He highlighted a

large variety of scenarios in which Interference

occurs. He explained how co-existence of Macro,

Micro, Femto and Pico Cells provide better

coverage and cater to different traffic types. Then

he explained occurrence of interference in Device

to Device (D2D) communication.

He discussed the full-duplex communication for improving Spectrum utilization efficiency. He

emphasized that Cognitive underlay principles provide a very convenient framework for the same. Dr.

Shankar explained in detail about interference in wireless networks and about Heterogenous Networks.

He stated that the use of relay stations has been suggested in LTE-A. He mentioned that Security

concerns in interference-limited tiered networks are a new research problem never faced before. Then he

suggested that we need to develop interference management/network management techniques to ensure

reliable and secure communication in networks having co-channel interference.

13

He discussed spatial reuse with ITL

apportioning in which judicious choice of

secondary transmit powers can improve data rates

besides limiting interference at the primary

receiver. He concluded his talk by discussing

various research areas in 5G communications.

With his talk, participants got the idea of depth of

research that is going on in 5G communications.

2nd Day (2nd August, 2019) – Forenoon Session

3.5 Power Control in Next Generation 5G Networks

Speaker: Dr. K. Jayanthi, Professor, Department of ECE, Pondicherry Engineering College,

Pondicherry-605014, India

Dr. Jayanthi started her talk with the comparison of different generations of wireless

communication in terms of power control. She defined Power Control as the intelligent selection of

transmitter power output in a communication system to achieve good and reliable performance along

with energy efficiency.

She said that power control is performed

to achieve the desired link quality, enhanced

capacity with minimum possible transmit power

leading to energy efficient transmissions. She

emphasized the importance power control in

Uplink and Downlink and discussed in detail.

She discussed how next generation 5G is

different from earlier generations. Then she

brought attention of audience towards key

enabling technologies for 5G. Later she explained

briefly the three fundamental requirements for

building 5G wireless networks for ubiquitous

connectivity. She concluded her talk by

discussing 5G expectations.

14

2nd Day (2nd August, 2019) – Post Lunch Session

3.6 Energy Harvesters for in Next Generation Networks –

A Smart Approach

Speaker: Dr. K. Jayanthi, Professor, Department of ECE, Pondicherry Engineering College,

Pondicherry-605014, India

She started her talk by defining Energy Efficiency and introduced Energy Harvesting as the

capture and conversion of small amounts of readily available energy in the environment into usable

electrical energy. She said that with the current power source technology, 1 trillion IoT devices will

require several trillion tonnes of energy from the battery sources. She revealed that IoT devices will see

275 million battery changes per day – an unsustainable and inefficient prospect. Therefore future

wireless devices must operate with an efficiency with which each Joule of energy is used to transmit

information must increase by a factor 1000 or more. She emphasised that in future 5G potential

applications, battery replacement effort becomes more costly and complex as scale increases. Then she

stated that Energy Harvesting is the only possible option. Also potential 5G applications require energy-

aware devices that are potentially capable of harvesting their required energy from ambient sources.

She discussed comparatively various Wireless Energy Transfer techniques. Then she gave idea

on Simultaneous Wireless Information and Power Transfer (SWIPT). She concluded her session by

discussing Logical map of the research on exploiting interference for energy harvesting.

Glimpses of Dr. Jayanthi delivering talk and her felicitation:

Throughout her presentation, Dr. Jayanthi exhibited full of energy which helped participants to

get the awareness of research issues in SWIPT mode. Dr. G.R.L.V.N. Srinivasa Raju and Dr. Pushpa

Kotipalli felicitated her with memento and FDP kit.

15

2nd Day (2nd August, 2019) – Last Session

3.7 Security Issues and Challenges in Wireless Networks

Speaker: Dr. P. Samundiswary, Assistant Professor, Department of Electronics Engineering,

Pondicherry University, Pondicherry, India.

Dr. Samundiswary discussed the importance of

security in wireless networks. She started with basic

terminology related to Security. Then she continued her

talk by giving overall idea of wireless security issues

including cryptographic coprocessors, encryption,

authentication, key management, attacks and

countermeasures, secure routing, secure medium access

control, intrusion detection, epidemics, security

performance analysis, security issues in applications.

Then she dealt the security management system for wireless networks and discussed the security

process of WiMAX networks. Finally she concluded her talk with a discussion on the open research

issues in respect of wireless network security.

Dr. G.R.L.V.N.

Srinivasa Raju and

Dr. Pushpa Kotipalli

felicitated her with

memento and FDP

kit.

Some of the participants took group photo with Dr. Samundiswary, Dr. Pushpa and Dr. Jayanthi.

16

3rd Day (3rd August, 2019) – Morning Session

3.8 Introduction to Software Defined Radio

Speaker: Mr. Amitesh Pandey, Field Application Engineer, Tenet Technetronics, Bangalore, India.

Mr. Amitesh Pandey started his session with

discussion on working of each block of traditional radio

system. Traditional radio system is suitable for fixed

application. He explained how present day wireless

systems demand increasingly high degree of software

intelligence/reconfigurability to include field feedback or

remote diagnostics/customization as per user request.

He described on Software Defined Radio (SDR) as

a radio communication system, where components which

have been traditionally implemented in hardware like

mixers, filters, amplifiers, modulators and demodulators,

detectors, etc are now instead replaced and implemented

by means of software on a personal computer or in the

embedded system.

Then he described architecture of SDR with three main sections – Baseband section, IF section

and RF section as shown in figure below.

He concluded his talk by listing applications of SDR in several fields.

17

3rd Day (3rd August, 2019) – Forenoon Session

3.9 Introduction to USRP and GNU Radio

Speaker: Mr. Pandi Durai, Senior Design Engineer, Tenet Technetronics, Bangalore, India.

Mr. Pandi Durai started his talk with application

of SDR in 5G. He stated that Universal Software Radio

Peripheral (USRP) is a range of software-defined radios

designed and sold by Ettus Research and its parent

company, National Instruments. He discussed features

of different types of USRPs – Bus Series USRP,

Network Series USRP, X Series USRP and Embedded

Series USRP. He exhibited RF daughterboard and

USRP B100 platform from Ettus Research.

Then he discussed types of RF Daughter Boards.

Then he described the architecture of SDR USRP N210

from Ettus Research. It consists of FPGA-Xilinx Spartan

3A-DSP. He said that USRP is only one of many

recommended hardware peripherals by GNU Radio. The

basic idea of this kind of hardware it to be the front-end

of our baseband signals processing waveforms in order to

be transmitted over the air.

Later he briefly discussed on GNU Radio. GNU Radio is a software library, which can be used to

develop complete applications for radio engineering and Signal Processing. GNU radio is published in

2001. The main features of GNU Radio are flexibility and configurability.

Then he explained that Python is used for Coding in GNU radio and GNU radio can be extended by

writing code in C++ domain. He concluded this session with installation procedure of GNU Radio.

http://gnuradio.org/redmine/projects/gnuradio/wiki/Hardware

18

3rd Day (3rd August, 2019) – Afternoon Sessions

3.10 Hands-on training on GNU Radio

Resource Persons:

1. Mr. Pandi Durai, Senior Design Engineer, Tenet Technetronics, Bangalore

2. Mr. Amitesh Pandey, Field Application Engineer, Tenet Technetronics, Bangalore

GRC abbreviated as GNU Radio companion is a free & open-source software development toolkit

which provides analyzing of real time signals using signal processing blocks in order to implement the

radio standards. It can be interfaced with external Radio frequency hardware for validation, or else can

be used without hardware in a simulation-like environment. It is widely used in research, industry,

Academia, Government, and Hobbyist environments.

Mr. Pandi Durai and Mr. Amitesh Pandey gave hands-on training to the participants on GNU Radio

using USB enabled GNU Radio software. After opening the terminal and typing ―gnuradio-companion‖,

a window of GNU Radio terminal opens. Python and C++ are used to write powerful signal processing

and radio applications. They explained different types of user application development blocks in GNU

Radio like Audio tools, Boolean Operators, File Operators, Filters, Type converters and Waveform

generators.

Fig. 21. Demonstration of GNU Radio

19

Glimpses of Hands – on training on GNU Radio

4th Day (4th August, 2019 - Sunday)

3.11 Local Tour to Antharvedi

Local Tour to nearest tourist place ―Antharvedi‖ was arrangement for the interested participants.

Antarvedi is a village in the Sakhinetipalle mandal, or tehsil, located in the East Godavari district of the

Andhra Pradesh state in India.

The village is situated at the place where the Bay of Bengal and Vashista Godavari, a tributary of

the Godavari River, meet. The place of confluence of the mighty ocean and the river is called ―the Sapta

Sagara Sangam Pradesam‖. The water in this area is surprisingly sweet, cool and pleasant unlike the

salty seawater one would assume it to be and many devotes drink it in the form of Prasad. There are

seven sacred bathing spots in India and this place is one of them.

Antharvedi Lakshmi Narasimha Temple is popularly known as the Kashi of the South or the

―Dakshina Kashi‖. This place is a significant pilgrim center in the East Godavari District of Andhra

Pradesh. Antharvedi is 59 km away from Bhimavaram.

https://en.wikipedia.org/wiki/Sakhinetipalle

https://en.wikipedia.org/wiki/Tehsil

https://en.wikipedia.org/wiki/East_Godavari_district

https://en.wikipedia.org/wiki/Andhra_Pradesh

https://en.wikipedia.org/wiki/Bay_of_Bengal

https://en.wikipedia.org/wiki/Godavari_River

20

Mr. Murthy Raju, Associate Professor in ECE Department of Shri Vishnu Engineering College

for Women acted as tour guide. He took interested participants to Antharvedi in a bus hired for the tour.

They started in the morning at 9 AM from the college and it took them two hours to reach Antharvedi.

First thing they did in Antharvedi is taking darshan of the deity (God Vishnu) in Lakshmi

Narasimha Swamy Temple and took prasadam. After lunch they went to the beach near a lighthouse, to

see the place where river Godavari meets the Bay of Bengal.

They spent some time there by enjoying the great picturesque view of Sagara Sangamam.

Nothing soothes the soul like a walk on the beach. They enjoyed the trip by playing with beach waters.

The trip helped them to know each other beyond professional zone and to find friends in them.

Glimpses of Local tour to Antharvedi:

21

5th Day (5th August, 2019)

3.12 Hands-on Training on Software Defined Radio

Resource Persons:

1. Mr. Pandi Durai, Senior Design Engineer, Tenet Technetronics, Bangalore

2. Mr. Amitesh Pandey, Field Application Engineer, Tenet Technetronics, Bangalore

On 5th

August, 2019, Mr. Pandi Durai and Mr. Amitesh Pandey gave hands-on training on

software defined radio (SDR).

In the first session, they explained USRP block diagram, hardware specifications and interfacing USRP

with PC. They made participants into 8 teams each team consisting 5 participants. They called two teams at a

time, one team was assigned transmission part and the second team was receiver part. Then they demonstrated

transmission and reception of waveforms - Sine wave, Cosine wave, Triangular wave and Square wave. These two

teams changed their positions of transmission and reception, and repeated the experiment of transmission and

reception of waveform. Then they explained the procedure to other teams and every team in turn got hands-on

training. In the similar way, Mr. Pandi Durai and Mr. Amitesh Pandey demonstrated practical examples like FM

Receiver, Dial tone transmission and reception. Then they demonstrated the real-time applications with SDR such

as FM transmitter and OpenBTS.

Glimpses of Mr. Pandi and Mr. Amitesh conducting hands-on-training on SDR:

22

Dr. Pushpa thanked them for bringing Rs. 10 Lakhs worth SDRs and accompanying items and

providing hands-on training to participants. Dr. K. Padma Vasavi and Dr. K. Pushpa felicitated Mr.

Pandi Durai and Mr. Amitesh Pandey with mementoes and FDP kits.

6th Day (6th August, 2019) – Morning Sessions

3.13 Developing LTE and 5G Wireless Communications

Systems Using MATLAB and Simulink

Speaker: Mr. Nitin Rai, Application Engineering Group, MathWorks India Private Limited,

Hyderabad, Telangana.

Mr. Nitin Rai started his discussion with advances in MATLAB, list of present day available

toolboxes and how they are useful for research community people. He mainly concentrated on three

MATLAB toolboxes – LTE, 5G and RF toolboxes. Wireless engineers are pursuing 5G and other

advanced technologies to achieve gigabit data rates, ubiquitous coverage, and massive connectivity for

many applications such as IoT and V2X. He emphasised that there is a need to improve performance and

coexist with multiple communications standards and devices while reducing the overall area and power

imposes challenging requirements on baseband DSP, RF front ends, and antenna design. Therefore,

gaining an insight into such complex systems and performing architectural analysis and trade-offs

require a design model that includes DSP, RF, antenna and channel, as well as impairments.

He discussed on Power Amplifier (PA) modelling and testing using MathWorks Tools. Other

Topics he covered are Modelling RF impairments, SimRF libraries, and Modelling Amplifiers in

SimRF. He discussed on MathWorks Campus-Wide License. It provides access to MATLAB and

23

Simulink for all faculty and students whenever, wherever they need. Users can teach, learn, and conduct

research with MATLAB and Simulink on personal computers both on and off campus and in university

labs. He suggested to take single MathWorks Campus-Wide License for all the four campuses in Shri

Vishnu Educational Society. Mr. Venkata Krishna, Business Manager from Capricot Technologies, a

MATLAB distributor attended the event.

Glimpses of Mr. Nitin Rai delivering talk:

6th Day (6th August, 2019) – Afternoon Sessions

3.14 Hands-on Training on 5G, LTE and RF MATLAB

Toolboxes

MathWorks India sponsored this Faculty Development Programme by providing MATLAB 2019

version software in 40 systems for 20 day free trail. With the instructions from Mr. Nitin Rai,

participants opened MATLAB 2019 software and studied different toolboxes available. Mr. Nitin

opened 5G toolbox and showed a comprehensive set of transmitters, channel models and receiver

algorithms provided as customizable and editable library of MATLAB functions. He described these

functions as the golden reference for design verification and also C/C++ code can be generated from

MATLAB functions with MATLAB Coder for acceleration, building standalone applications or to create

modules added to your existing 5G testing tools.

For explaining MATLAB Testbench for device under test (DUT), he has generated the test signal

with LTE System Toolbox. PA is considered as DUT. Hence he simulated the effects of PA using

SimRF and then computed the EVM/ACLR with LTE System Toolbox. At each step, results and

observations are discussed with the participants. He demonstrated complete end-to-end set-up using

LTE toolbox, MATLAB Testbench and SimRF with the help of block diagram as shown below.

24

Participants repeated the procedure mentioned in demonstration and checked various features of

LTE toolbox and SimRF libraries. In this way participants gained insight into the behaviour and

performance of 5G radio access technologies as defined by the Release 15 3GPP NR standard. Through

end-to-end link-level simulation, they developed system performance metrics.

Dr. Pushpa thanked MathWorks for sponsoring MATLAB 2019 trial for 20 days. Then Dr.

G.R.L.V.N. Srinivasa Raju and Dr. Pushpa felicitated Mr. Nitin Rai with memento and FDP kit.

Glimpses of Mr. Nitin explaining Matlab code and his felicitation:

25

7th Day (7th August, 2019) – Morning Sessions

3.15 Hands-on learning on USRP Support Package from

Communications Toolbox

Speaker: Mr. J. Prem Kumar, Product Manager for MathWorks India, Capricot Technologies Private

Limited, Hyderabad, Telangana.

Mr. J. Prem Kumar had given very useful demonstration on Implementation of end to end

wireless communication link with the help of national instruments SDRs and MATLAB Simulink and

MATLAB coding. He has given real time demonstration on SDRS. Initially, he gave detailed theoretical

concepts behind the SDR and its internal architecture. Thereafter, he gave an over view of supporting

hardware packages which are required to connect SDR with MATLAB Software.

Glimpses of Mr. Prem Kumar delivering talk:

He demonstrated usage of RTL SDR for receiving the various practical signals to analyse with

different algorithms. He handled a hands-on session on ―Design a FM and AM transmitters and receivers

to send an audio signals and Image‖ along with the data over a wireless link using national instruments

USRPs and MATLAB Simulink. The participants are very much benefited in the form of learning and

doing the things related to SDRs and MATLAB.

The faculty who wants to start the research in

Cognitive radio and next generation wireless systems or

already doing research in communications very much

benefited with these sessions. Dr. K. Padma Vasavi and

Dr.S. Hanumantha Rao felicitated him with memento and

FDP Kit.

26

3.16 Hands-on Training on Network Simulation using NS-2

Speaker: Dr. Pothalaiah Sake, Associate Professor, Vignana Bharathi Institute of Technology,

Ghatkesar, R.R. District, Telangana.


Dr. Pothalaih has given total one theory lecture and eight practical sessions on NS-2. In the 1st

session, he introduced WSN and its research advancements in current applications along with NS-2

Software installation procedure, which is the basic requirement for any student participant those who are

using NS-2.


The practical Sessions started with node placement and localization in WSN, these sessions will

make the participants to understand how to create a network in both wired and wireless scenario using

NAM, and also he gave brief overview on Programming structure of NS-2 which includes TCL

Scripting and C++ orientation. Continued practical sessions, he explained about routing and security in

wireless sensor networks which is the major challenge in present day wireless Adhoc Networks. Then he

explained different routing protocols like AODV, DSDV, OLSR and some of security attacks in

MANETs like black hole and wormhole attack.

Glimpses of Dr. Pothalaih providing hands on training on Routing Protocols

using NS-2:


Except morning session, remaining three sessions were handled by Dr. Pothalaiah for practical

sessions on network simulation using NS-2. He explained about energy and security models for new

agent and new packet structure for sending and receiving our own packets. With this session, the

27

participants gained knowledge on how to create their own protocols and how to perform routing between

them and also they got familiarity with how to modify .CC file and .H file according to new protocol

design.

Glimpses of Dr. Pothalaih providing hands on training on Security Models

using NS-2:

In the last practical session, he explained about how to calculate performance parameters like

throughput, energy and packet delivery ratio with the help of AWK files and also participants did a

small project by taking one IEEE paper related calculation of performance parameters by varying

number nodes and number of malicious nodes under different attacks.

On the whole, the participants are very much benefited in the form of learning and doing the things

related to NS2. The faculty who wants to start the research in WSN or already doing research in NS2

were very much benefited with these sessions.

Dr. Hanumantha Rao and Dr. Pushpa felicitated Dr. Pothalaih with memento and FDP Kit

28

9th Day (9th August, 2019) – Morning Session

3.17 Voice Activated Distributed Cloud Device Control

Speaker: Mr. Bala Manikya Prasad, Project Lead, Meeami Technologies, Hyderabad, Telangana.

Mr. Prasad started his discussion by defining the Internet of Things (IoT) as the network of

physical objects - devices, vehicles, buildings and other items embedded with electronics, software,

sensors, and network connectivity—that enables these objects to collect and exchange data. He stated

that these devices, often called "connected" or "smart" devices, can sometimes talk to other related

devices, a process called machine-to-machine (M2M) communication, and act on the information they

get from one another. He discussed various applications of M2M communication. Then he explained

flow diagram for handling Voice Commands using Alexa Smart Kit. Flow diagram for handling Voice

Commands using Alexa Smart Kit is shown below.

Mr. Prasad told that their company Meaami Technologies developed ClearVoice which vastly

improves automatic speech recognition (ASR) for voice command and control user interfaces (UI), and

artificial intelligence (AI) driven natural language processing (NLP) found in services such as Amazon

Alexa Voice Serices (AVS), Microsoft Cortana and Google Assistant. ClearVoice is an advanced

software solution for voice IoT applications that enables superior voice recognition in far-field and noisy

environments via patented voice signal processing algorithms for multi-microphone adaptive

beamforming, noise cancellation (NC), acoustic echo cancellation (AEC) and automatic gain control

(AGC). ClearVoice offers broad hardware platform support and highly optimized CPU and memory

utilization for easy system integration with reduced cost and complexity. It supports single microphone

29

and arrays from 2 up to 8 or more microphones. Dr. S. Hanumantha Rao and Dr. Pushpa felicitated Mr.

Prasad with memento and FDP kit.

Glimpses of Mr. Prasad delivering talk and his felicitation:


3.18 Routing and Security in Wireless Ad Hoc and Sensor

Networks & Emerging Applications of Internet of Things

Speaker: Dr. Rashmi Ranjan Rout, Associate Professor, Department of Computer Science and

Engineering, National Institute of Technology (NIT), Warangal, Telangana.

Morning Session:

Dr. Rout started discussion with comparison of wireless sensor networks (WSNs) with wireless

networks. Routing in WSNs is very challenging due to the inherent characteristics that distinguish these

networks from other wireless networks like mobile ad hoc networks or cellular networks. Due to the

relatively large number of sensor nodes, it is not possible to apply traditional IP-based protocols.

Furthermore, WSNs are ad hoc networks, they need to be self-organizing. He described the architecture

of Node in WSN and discussed applications of WSN.

Forenoon Session:

After tea-break, in the forenoon session, Dr. Rout explained routing protocols as they define how

nodes will communicate with each other and how the information will be disseminated through the

network. Dr. Rout classified the routing protocols of WSN and covered Routing protocols such as

30

Dynamic Source Routing (DSR), Optimized link state routing (OLSR), Low energy adaptive clustering

hierarchy (LEACH) in the morning sessions.

Glimpses of Dr. Rout delivering talk on Routing Protocols for WSN:

Post Lunch Session:

Dr. Rout started discussion with necessity of security to WSNs. WSNs are prone to failure and

malicious user attack because they are physically weak, a normal node is very easy to be captured to

become a malicious node or by inserting a malicious node in the network. He described how malicious

nodes try to disrupt the network operation by modifying, fabricating, injecting extra packets, misleading

the operation of packet forwarding or trying to consume the resources of the nodes by making them

believe that the packets are legitimate. He explained the Secure Routing Protocol, Key establishment in

large scale sensor networks, types of keys and Link key setup using a short-term master key.

Evening Session:

In the last session, Dr. Rout took up the topic ―Emerging applications of Internet of Things‖. He

told that the phrase ―Internet of Things (IoT)‖ was first coined by Kevin Ashton to describe a system

where the Internet is connected to the physical world via Ubiquitous Sensors.

He interacted with participants and made them actively participate in the discussion. He

discussed emerging applications of IoT such as Connected Smart Rail, Vehicular Traffic Management,

IoT in Agriculture, Smart City IoT System.

Dr. S. Hanumantha Rao and Dr. Pushpa felicitated Dr. Rashmi Ranjan Rout with memento and

FDP Kit.

31

Glimpses of Dr. Rout delivering talk on IoT applications:

11th Day (11th August, 2019) – Morning Session

3.19 Trust Models in Ad-Hoc Wireless Networks

Speaker: Dr. Atul Negi, Professor, SCIS, University of Hyderabad, Central University P.O,

Gachibowli, Hyderabad, Telangana.

Dr. Atul Negi enlightened participants on Trust

models in Ad-Hoc wireless networks. He started his

discussion with several attacks such as flooding attacks,

black hole attacks, on-off attacks, Worm-hole attacks etc

which make Wireless Sensor Networks more insecure.

Traditional security mechanisms may mitigate the external

attacks to the network. These mechanisms fail to counter

the internal attacks. There comes the concept of trust

models in such systems to counter the internal attacks.

He stated that the Trust as a degree of belief that a node associates with another node which is

under evaluation. This value of trust determines the course of decisions and actions taken up by the

evaluating node on the data sent by the other node. Then he discussed on Trust based security. He said

that under his supervision, Dr. Vijender Busi Reddy from ADRIN, ISRO received Ph.D. from University

32

of Hyderabad for developing Trust Models for security to MANETs and WSNs. Then he shared their

research work results related to trust model for MANETs and trust model for WSNs.

Glimpses of Dr. Atul Negi delivering talk and his felicitation:

So far participants are aware of cryptography related security mechanisms, trust based security is

new to them and hence everyone curiously listened to Dr. Atul’s talk. Dr. G.R.L.V.N. Srinivasa Raju

and Dr. Pushpa felicitated him with shall, memento and FDP Kit.

11th Day (11th August, 2019) – Forenoon Session

3.20 Communication, GIS and Their Integration

Speaker: Dr. Vijender Busi Reddy, Scientist - E, Advanced Data Processing Research Institute

(ADRIN), Department of Space, Hyderabad, Telangana.

Dr. Vijender started his discussion on importance of GIS. GIS is geographical Information

System. The data is stored with geo-tagging called as Geo graphical data. GIS extracts knowledge from

geographical data. He discussed how GIS is used in many applications in Government and Private sector

to increase the quality and availability. He said that with the help of GIS, a water department finds the

valves to isolate a ruptured water main and a police department studies crime patterns to intelligently

deploy its personnel and to monitor the effectiveness of neighbourhood watch programs.

Dr. Vijender stated that IRNSS (Indian Regional Navigation Satellite System) is a regional

satellite navigation system and it was developed by ISRO (Indian Space Research Organization). GPS

with aided augmented navigation system is initiated in India with the collaboration of ISRO and AAI

(Airport authority of India) which is termed as GEO Augmented System (GAGAN). This system is used

33

to enhance the accuracy of a GNSS receiver on the basis of reference signals. He explained elaborately

the GIS applications such as Space based Solid waste management, Space based Air pollution

management system, Space based power theft monitoring etc.

Glimpses of Dr. Vijender’s talk with involved participants and his felicitation:

Every one present during the session of Dr. Vijender got the knowledge of advancements in Space

technologies like GIS and GAGAN. Dr. G.R.L.V.N. Srinivasa Raju and Dr. Pushpa Kotipalli felicitated

Dr. Vijender Busi Reddy with memento and FDP kit


3.21 Hands-on Training on Network Simulation using NS-3

Speaker: Dr. T.S. Pradeep Kumar, Associate Professor, VIT University Chennai Campus,

Chennai, Tamil Nadu.

The expert faculty Dr. Pradeep Kumar conducted one theory session and 9 hands-on training

sessions for 3 days in a highly simplified and pedagogical manner.


Dr. Pradeep Kumar started his session by discussing how NS-3 is different from NS-2. The

participants could see his thorough authority on the topic and greatly benefited from the knowledge and

skill of the expert speaker. In these sessions, the participants gained knowledge on NS-3 Installation to

C++ Programing in NS-3.

34

Glimpses of Dr. Pradeep’s talk on NS-3 Installation and Coding:


In the hands-on training sessions on 12th

August, Dr. Pradeep discussed on NS-3 APIs and

through step-by-step procedural instructions, he guided participants in simulating point-to-point

Networks and CSMA networks in NS-3, setting up larger topologies using NS-3, simulating Ad hoc

Wireless networks and Passing Real Data in NS-3.

Glimpses of Dr. Pradeep conducting hands on training on simulation of

networks using NS-3:

35


On 13th August, 2019, through guidance of Dr. Pradeep Kumar, participants got a good insight

and practice in working with Encryption & decryption in NS-3 Simulating BSS and IBSS in ns-3,

simulating a hidden node problem in ns-3, Adding new modules to NS-3; Sample programs for UWA

Networks in NS-3 s, Using NetAnim for visualizations. Towards the end, all the participants gained a

great knowledge which helps them in their research. Not only that all the intended topics were covered

in good detail, but Dr. Pradeep Kumar also discussed with all the participants, even further topics such

as Advanced level B-Tech Projects and M-Tech Dissertations, and quite many of the original

contributions made by him towards NS-3. Dr. Padma Vasavi and Dr. Pushpa felicitated him with

memento and FDP Kit

Glimpses of Dr. Pradeep delivering talk and his felicitation:

36

Final Day (14th August, 2019) – Morning Session

3.22 Visible Light Communication for 5G

Speaker: Dr. V. Venkata Mani, Associate Professor, Department of Electronics and Communication

Engineering, National Institute of Technology (NIT), Warangal, Telangana.

The final day started off with a very informative

lecture by Dr. V.V. Mani. She started her discussion with

a statement on possibility of Light for communication. She

said that in the recent times, Visible Light Communication

(VLC) has acquired a mammoth eminence globally due to

its illustrious virtue of facilitating illumination and

communication concurrently by exploiting cost-effective,

solid-state, sustainable and energy-efficient opto-

electronic devices like light emitting diodes (LEDs).

She connected things starting from basic LED

function to the short-range Optical Wireless

Communication (OWC). She emphasised that OWC

technology is an intriguing supplementary to RF

technology because it offers a prodigious and licensed-

free bandwidth to cope up with the future demand to

support many bandwidth concentrated indoor

applications such as streaming audio, high-definition

video over the internet and multimedia services.

Dr. Mani shared her experiences in

developing VLC experimental testbed. She

discussed elaborately each block of Optical OFDM

for visible light communication. She made her talk

interactive. Participants asked their doubts related to

the practical implementation of VLC. She patiently

clarified all the doubts raised by the participants.

37

4.1 FDP Test

In the forenoon session on 14th

August, 2019, a test was conducted for FDP participants. In the

test paper 45 multiple choice questions, each question carrying one mark, were given. Questions were

formed by following the topics covered in each session. 45 minutes time duration was set for the test.

FDP participants showed enthusiasm in writing the test. All the participants wrote the test.

Glimpses of all participants of FDP engrossed in writing FDP test:

All the participants got marks more than the threshold level pass mark. First and second toppers

were selected for honouring them with prizes in Valedictory Function. Participant with overall best

performance was also selected for prize.

First Topper: Mr. Vijaya Selvan, Research Scholar, Anna University, Tamil Nadu

Second Topper: Mr. V. Rama Krishna, Assistant Professor, S.R.K.R. Engineering College,

Bhimavaram, Andhra Pradesh

Overall Performace: Mr. Sonu Lal, Research Scholar, Rajiv Gandhi Proudyogiki

VishwaVidyalaya, Bhopal, Madhya Pradesh

4. Test and Feedback

38

4.2 Feedback Analysis

Feedback form is prepared in the standard format. Feedback Form is attached as Appendix – A2.

The following ten points were given in the feedback form for providing grades/marks.

1. FDP Objectives were stated Clearly and met

2. The FDP was well organized

3. The topics covered are relevant to me

4. Participation and interaction were encouraged

5. Visual aids, Hand-outs, and Oral Presentations clarified content

6. Basic facilities

7. Accommodation

8. Reception

9. Food

10. Overall Program

Marks allotted for different grades are as follows: Excellent = 5, Good = 4, Satisfactory = 3,

Unsatisfactory = 2 and Poor = 1. Apart from these ten points, the participant are asked to write their

opinions on

i. This program enhanced my professional expertise

ii. I would recommend this program to others

Also, in Rate the speakers, the list of speakers is given for rating them with respect to

a) Knowledgeable Content Area,

b) Contest consistent with objectives and

c) Clarified Content in response to Questions.

In the similar manner to ten points, Marks allotted for different grades are: Excellent = 5, Good =

4, Satisfactory = 3, Unsatisfactory = 2 and Poor = 1.

After FDP test, feedback forms were distributed to the participants and requested them to give

feedback. The feedback is calculated in % option, where option is Excellent, Good or Satisfactory, using

following formula:

39

Feedback obtained for the first 10 points is shown with the help of Pie chart.

98% participants felt that FDP objectives were clearly stated and met, and also FDP was well

organized. 75% participants gave Excellent for FDP Objectives whereas 89% participants gave Excellent

grade to the way FDP was organized.

91% of the participants felt that the topics covered in the FDP were relevant to them and 95% of

the participants felt participation and interaction were encouraged. 70% of the participants gave

excellent grade to the relevance of topics covered whereas only 44% of the participants gave excellent

grade to the encouragement given to participation and interaction. From their oral feedback we came to

know that they are wishing to have some more practical sessions for participation and interaction. In this

programme, 19 theory sessions and 29 practical sessions each session of one and half hour duration were

organized. The resource persons conducted hands-on-training sessions on

40

1. 5G Simulation in MATLAB,

2. Wireless Communication using SDR Hardware,

3. Network simulation using NS-2 and

4. Network simulation using NS-2 NS-3.

Within the limited number of session allotted to them, resource persons tried to their best and

trained participants to some extent. Participants expressed that they want some more lab sessions so that

they can attain in depth practical exposure in that area. Each and every topic of four topics selected for

hands-on training are highly demanding areas in 5G. One week workshops are required for full training

in each topic.

95% of the participants felt that Visual Aids, Hand-outs and Oral Presentations clarified their

doubts, and 98% of the participants felt that Basic facilities were good.

98% of the participants felt that Accommodation and Reception were good whereas more than

80% participants gave excellent ranking to Accommodation and Reception.

41

95% of the participants felt that Food provided for breakfast, lunch, dinner and snacks were good.

86% of the participants gave excellent ranking to the Food provided in FDP. 77% of the participants

gave excellent remarks for Overall Program.

Each and every participant expressed satisfaction over everything related this Programme. They

gave excellent ranking to every resource person and mentioned that they will recommend to others if

conducted the same or similar programme in future

42

Receiving an overwhelming response with participants, an AICTE sponsored two-week FDP on

―New Generation Wireless Systems and Networks – Theory to Practice‖ came to an end with valedictory

session. Dr. K. Padma Vasavi started the session by inviting Chief Guest Dr. V. Venkata Mani, Dr. G.

Srinivasa Rao, Dr. P. Srinivasa Raju, G.R.L.V.N. Srinivasa Raju, and Dr. Pushpa Kotipalli on to the

dais. The respected personalities present in this occasion were Dr. V. Purushothama Raju, Head of CSE

Department, Dr. S. M. Padmaja, Head of EEE Department, Dr. D. Venkata Naga Raju, Head of IT

Department Dr. U. Venkatapathi Raju, Professor, Civil Engineering Department, Dr. G. Subba Raju,

Head of MBA Department and Dr. T.S.R.Murthy, Head of Basic Sciences,

Dr. G.R.L.V.N. Srinivasa Raju, Head of ECE Department addressed the gathering by explaining

how hard it is to organize an event for 14 days. He appreciated all the faculty, lab technicians and staff

for working 24×7 for bringing to the stage of successful completion of the FDP. He appreciated the

enthusiasm shown by participants in all the sessions. Then Dr. Pushpa presented the Completion Report

on FDP. She read the list of 18 eminent resource persons from Academia, Research Organization and

Industry who have taken 19 theory sessions and 29 Lab sessions of one and half hour each making this

course of 72 hours. She shared the program schedule and how the sessions are arranged in a systematic

way in line with the topics related to wireless systems followed by networks. She thanked all the

resource persons for accepting invitations and visiting SVECW campus to enlighten the participants with

their research findings. She thanked AICTE for sponsoring FDP.

Fig. 5.1. Dr. G.R.L.V.N.S. Raju addressing the gathering and Dr. Pushpa presenting FDP Report

5. Valedictory Function

43

Chairman of FDP, Principal Dr. G. Srinivasa Rao appreciated Dr. G.R.L.V.N. Srinivasa Raju for

hosting AICTE sponsored two-week FDP. He appreciated FDP Coordinator Dr. Pushpa Kotipalli and

recollected her journey over five years, starting from getting funding for Underwater Acoustic

Communication (UWAC) project from Naval Research Board of DRDO to the level of demonstrating the

UWAC in Swimming Pool in the campus. He appreciated all the faculty members of ECE department

for their unity in for whatever event they organize. He expressed his confidence that participants would

have got benefitted by FDP. Vice-Principal Dr. P. Srinivasa Raju Congratulated ECE department faculty

for successfully organizing AICTE sponsored FDP after 10 years. He appreciated participants from

different Engineering Colleges across India for participating in FDP.

Fig. 5.2. Dr. G. Srinivasa Rao and Dr. P. Srinivasa Raju addressing the gathering

Dr. V.V. Mani, in her valedictory address, congratulated faculty of ECE department of SVECW

for successfully organizing the FDP. Further, she appreciated the SVECW management for promoting

such kind of development programme for the faculties. Then, she expressed her happiness with nice

campus with good maintenance. She said that she found positive vibes in SVECW campus. She

mentioned that she will always be there to extend full support in research activities by Dr. Pushpa. She

concluded her speech with motivational words to the researchers and faculties about how to keep

continuous interest in the research. Dr. G. Srinivasa Rao and Dr. P. Srinivasa Raju felicitated Dr. Mani

with shall, memento and FDP Kit.

44

Fig. 5.3. Dr. Mani addressing the gathering and SVECW management felicitated her with memento

Dr. Mani released Proceedings of FDP NGWSN-2019. CDs containing proceedings are

distributed to participants.

Glimpses of release of Proceedings of FDP NGWSN-2019:

Two participants gave feedback in presence of gathering in valedictory function. Mr. Sonulal

from Bhopal expressed his happiness over learning several theoretical as well as practical concepts. He

said he will implement them in his institute first to students and then to faculty. Ms. Sirisha from Vishnu

Institute of Technology, Andhra Pradesh mentioned that by attending FDP, she got in depth exposure to

Network Simulation using NS-2 and NS-3. Both of them expressed happiness over resource persons,

program schedule and arrangements.

45

Fig. 5.4. Participants Mr. Sonulal and Ms. M. Sirisha gave feedback on FDP

Dr. V.V. Mani distributed FDP Participation Certificates to the participants who had passed the

FDP test. Three participants got first, second prizes and overall performer of FDP prize.

Glimpses of Certificate Distribution:

Mr. Vijay Selvan, Mr. Ramakrishna and Mr. Sonulal received mementos for first, second scores

in FDP test and overall performer respectively.

46

Glimpses of Prize Distribution:

A memento had been presented to FDP Coordinator Dr. Pushpa Kotipalli on remembrance of this

occasion. The program was ended with vote of thanks by Dr. K. Padma Vasavi. She expressed her

happiness saying this FDP gave her an opportunity to interact with Dr. Sarma Venkataraman, Scientist-

H, SEG Director of ADRIN, ISRO. She thanked AICTE for sponsoring FDP and SVECW management

for providing all facilities. T hen she thanked all involved in this programme for making it a success.

Fig. 5.5. Felicitation of Dr. Pushpa and Vote of Thanks by Dr. Padma Vasavi

18 Resource Persons took sessions. Total 19 theory sessions and 29 lab sessions of one and half

hour each were conducted making this course of 72 hours. FDP kit containing Program schedule,

notebook and pen was provided to all the participants at the time of registration. Now Wireless

Communications textbooks were distributed to participants. All the course material was provided to all

the participants in a CD.

47

Fig. 5.6. Group Photo of Coordinators and Participants of NGWSN-2019 with Dr. V.V. Mani, Chief

Guest of Valedictory Function

48

S.

No.

Name of the

Participant Address Designation and Email-Id

1 Mr. R. Anirudh

Reddy

ECE Department, B.V. Raju

Institute of Technology,

Narsapur, Andhra Pradesh

Assistant Professor,

[email protected]

2 Mr. Y. Sandeep

Guna

ECE Department, Karpagam

College of Engineering,

Myleripalayam Village,

Othakkal Mandapam, Tamil

Nadu


[email protected]

3 Ms. V. Meena

Kumari

ECE Department, Bonam

Venkata Chalamayya

Engineering College, Odalarevu


[email protected]

4 Mr. M. Aravind

Kumar

ECE Department, G.V.V.I.T.

Engineering College, Vempa

Road, Bhimavaram, Andhra

Pradesh


[email protected]

5 Mr. N. Pavan Kumar

ECE Department, G.V.V.I.T.

Engineering College, Vempa

Road, Bhimavaram, Andhra

Pradesh


[email protected]

6 Mr. V. Rama

Krishna

ECE Department, S.R.K.R.

Engineering College,



[email protected]

7 Mr. K. Tarakeswara

Rao

ECE Department, Vishnu




[email protected]

8 Ms. M. Sirisha





[email protected]

9 Mr. E. R. Praveen

Kumar

ECE Department, Shri Vishnu

Engineering College for

Women, Bhimavaram, Andhra

Pradesh


[email protected]

10 Mr. M. Arun Kumar

ECE Department, D. M. S. S.

V. H. College of Engineering,

Machilipatnam, Andhra

Pradesh


[email protected]

11 Mr. D. Srirama

Murty

ECE Department, D. M. S. S.

V. H. College of Engineering ,

Machilipatnam, Andhra

Pradesh

Associate Professor,

[email protected]

6. List of Participants

mailto:[email protected]










49

12 Mr. K. Venkanna

Naidu

ECE Department, D. N. R.

College of Engineering &

Technology, Bhimavaram,

Andhra Pradesh


[email protected]

13 Mr. P. Srikanth

ECE Department, M.V.G.R.

College of Engineering (A) ,

Vizianagaram, Andhra Pradesh


[email protected]

14 Ms. T. Sruthi




Pradesh


[email protected]

15 Mr. K. V.

Gowreesrinivas

ECE Department, A.N.I.T.S.

Engineering College,

Visakhapatnam, Andhra

Pradesh


[email protected]

16 Mr. K. Murthy Raju




Pradesh


[email protected]

17 Mr. K. Lakshmi

Narayana

ECE Department, Sir C. R.

Reddy Engineering College,

Eluru, Andhra Pradesh


[email protected]

18 Mr. D. Mohan Ajay

ECE Department, B. I. E. T.

Engineering College, Pennada

Agraharam, Andhra Pradesh


[email protected]

19 Mr. A. B. S. R.

Manohar

ECE Department, B. I. E. T.

Engineering College, Pennada

Agraharam, Andhra Pradesh


[email protected]

20 Mr. V. Balaji

ECE Department, D. N. R.


Technology, Bhimavaram,

Andhra Pradesh


[email protected]

21 Mr. D. Santhosh

Guptha

ECE Department, Univeristy

College of Engineering,

Narasaraopet, Andhra Pradesh


[email protected]

22 Mr. R. Chandra

Sekhar

ECE Department, Anil

Neerukonda Institute of

Technology & Sciences,

Bheemunipatnam,

Visakhapatnam, Andhra

Pradesh


[email protected]

23 Mr. B. Naresh

Kumar

ECE Department, B. V. Raju


Narsapur, Andhra Pradesh


[email protected]

24 Dr. M. Nanda

Kumar

ECE Department, Sreenidhi

Institute of Technology &

Sciences, Hyderabad,

Telangana


[email protected]

25 Mr. N. V. Prasanth ECE Department, Adarsh

college of Engineering,

Visakhapatnam, A.P.


[email protected]















50

26 Mrs. L. Divya





[email protected]

27 Mr. Saran Kumar

ECE Department, P.S.G.

College of Technology,

Coimbatore, Tamil Nadu


[email protected]

28 Mr. N.

Venkateswara Rao

ECE Department, Mallareddy

Institute of Technology &

Sciences, Maisammaguda,

Hyderabad, Telangana


[email protected]

29 Dr. Ch.V.M.S.N.

Pavan Kumar

ECE Department, Sri Vidhya

Nikethan Engineering College,

Tirupati, Andhra Pradesh


[email protected]

30 Mr. G. Srinivas

Babu

ECE Department, N.R.I.


Agiripalli, Vijayawada, Andhra

Pradesh


[email protected]

31 Mr. G. V.

Ramanaiah

ECE Department, P.S.C.M.R.

College of Engineering and

Technology, Vijayawada,

Andhra Pradesh


gvr.m.teh@gmail

32 Mr. K. Krishna

Kishore

ECE Department, G.M.R.

Institute of Technology, Rajam,

Srikakulam


[email protected]

33 Mr. G. Subba Rao

ECE Department, Madanapalli

Institute of Technology and

Science, Madanapalli, Tirupati,

Andhra Pradesh


[email protected]

34 Mr. M. Manoj

Reddy

ECE Department, Jayamukhi


Sciences, Warangal, Telangana


[email protected]

35 Dr. G.V. Hari Prasad

ECE Department, C.M.R.


Technology, Hyderabad,

Telangana

Professor,

gvh.prasad2k@gmail,com

36 Mrs. Jalaja Rajana

ECE Department, Gayatri

Vidhya Parisadh Engineering

for Woman,Visakhapatnam,

Andhra Pradesh


[email protected]

37 Mr. Rjapantula

Kranthi

ECE Department, Adithya


Sceinces, Tekkali, Andhra

Pradesh


[email protected]

38 Mr. V. Srinivasa Rao

ECE Department, Saint Therisa

College, Guntur, Andhra

Pradesh


[email protected]

39 Mrs. Harini

Kadereshan

ECE Department, Coimbatore


Sciences, Coimbatore, Tamil

Nadu


[email protected]






mailto:gvr.m.teh@gmail




mailto:gvh.prasad2k@gmail,com





51

40 Mr. S. Madhava Rao

ECE Department, Malineni

Lakshmaiah Engineering

College, Singarayakonda,

Ongole, Andhra Pradesh


[email protected]

41 Mr. Sonu Lal

Rajiv Gandhi Proudyogiki

VishwaVidyalaya, Bhopal,

Madhya Pradesh

Research Scholar,

[email protected]

42 Mr. S. Vijaya Selvan

M.I.T. Campus Anna

University, Chennai, Tamil

Nadu

Research Scholar,

[email protected]

43 Ms.V. Praveena




Pradesh

Research Scholar,

[email protected]

===





ICTE SPONSORED FDP ON NGWSNET 2019-20

on

"NEXT GENERATION PTESS SY AND NETW PRAG2

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A one week Faculty development program on "VLSI Chip

Design Hands on using open source EDA"





A one week Faculty development program on “5G

Wireless Technologies"





One Week Faculty Development Programme on ‘Real

Time Aspects of Power System Scenario’

2019 -20 Dept. of Electrical and Electronics

Engineering

DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN BHIMAV ARAM

(AUTONOMOUS) (Permanently Affiliat�d to JNTUK, Accredited by NBA and NAAC with A Grade)

Vislmupur, Bhimavaram, West Godavari District, Andhra Pradesh- 534202 Phone No.: 08816-250864, www.svecw.edu.in

VISHNU Ut,l:fVlllSA_l LMl'i:l"IMG

Chief Patrons Sri 1ev.-vis1tnuRaju-;Cnamifan, SVE Sri R. Ravichandran, Vice-Chainnan, SVES Sri K. Aditya Vissam, Joint Secretary, SVES

Patrons Dr. G. Srinivasa Rao, Principal, SVECW Dr. P. Srinivasa Raju, Vice-principal, SVECW

Convener Dr. S.M. Padmaja, HOD-EEE, SVECW

Coordinators Dr.B.Suresh Babu

Mr.K.Kalyan Sagar


_.Qr. J. Rohit Balaji

To - --- -· -Head of the Department, Department of EEE

Tiate: 30-T1-TOT9--

Subject: One Week FOP on "Real Time Aspects of Power System Scenario (RT APSS-2020)" at Shri Vishnu Engineering College for Women Bhimavaram (Autonomous) during 3rd - 9th February 2020.

Dear Sir/Madam, I am pleased to inform you that the Department of Electrical and Electronics

Engineering, Shri Vishnu Engineering College for Women Bhimavaram (Autonomous) is organizing a One Week faculty Development Programme on "Real Time Aspects of Power System Scenario (RTAPSS-2020)" for faculty/PG Students/Research Scholars during 3rd - 9th February 2020.

--�r. G. Durga Prasad Mr.S.Dileep Kumar Varma RTAPSS-2020 Faculty Development Program aims to discuss theMr.M-.V.Srikantn-- -------------i fundamentals-and- -reeent--devel013ment-s-in--e0mmissi0ning-0f-'.fr-ansmission-Mrs. G. Bharathi lines, Protection of Electrical Equipment, Solar PV systems and Hybrid Mr. K. Omkar h Id b d Mr. N. Praveen Kumar Electrical Vehicles. T e program wou ena le participants to evelop Mr. K. P. Swaroop concepts and understand the emerging trends and challenges in the electric Mrs. Y. T. R. Palleswari power system and also motivate faculty members to pursue research Mr. D. Lakshman Kumar Mr. s. Veera Babu &innovation in the area. Mr. B. Mahendra Chand Mr. M. Siva Rama Ganesh Mr. Ch. V. Rama Chandra Rao Mr. R. Pradeep Sudha Mr. J. Venkatesh Mr. N. V. Ramana Mr. B. Ramu Mr. E. Naga Raju Mr. K. Chandra Sekhar Mr. A. Siva Mr. K. V. S. Prasada Rao

,Mr. SSSR Sarathbabu Duvvuri

Important Dates -------·-

Last date for Registration: 25/01/2020

Notification of acceptance through Email: 30/01/2020

Contact us Dr. B Suresh Babu, Professor, Department ofEEE, SVECW, Bhimavaram - 534202 West Godavari District Mobile: 09865133206 E�Mail ld's: [email protected]

[email protected]

Topics covered in workshop ❖ Construction of Transmission Lines

❖ Protection of Electrical Equipment

❖ Generator, Transformer, Feeder and Bus BarProtection

❖ Solar PY Powered Standalone Water Pumping System❖ New Concepts in Electric Vehicles and Trend setting❖- -H3/-bJ.'.id--Electric-Vehicles---· - - - - - .

On behalf of the Department of Electrical arid Electronics Engineering, Shri Vishnu Engineering College for Women (Autonomous), I request you to depute faculty members, research scholars from your esteemed institutions to participate in one week workshop.

Brochure of the FDR is enclosed with this letter for your reference. Your cooperation is highly appreciated.

Thanking you Yours sincerely

(

Registration

No Registration Fee to participate in the

programme.

Travel & Accommodation

Participants have to make their own arrangements

for Travel. Accommodation will be provided based

on request with prior intimation.

Target Audience

The course is open for faculty, PG

students/Research Scholars of institutions to

pursue research in the field of Electrical

Engineering.

Resource Persons from Academic Institutions

Prof. Ankush Vijay Khapre, NIT Nagpur

Dr. Pinni Srinivasa Varma, KL University

Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U.

Dr. S. Sasi Kumar, Annamallai University

Dr.Ponnambalam P VIT Chennai

Dr. Suresh Mikkili NIT Goa

Important Date


Notification of acceptance through Email:

30/01/2020

Scanned Copy of Registration Form should be

sent to

Dr. B.Suresh Babu, Professor

Department of EEE,

SVECW,

Bhimavaram,

West Godavari District- 534202,

Contact No: 09865133206

E-Mail Id’s: [email protected] [email protected]

Chief Patrons Sri K. V. Vishnu Raju, Chairman, SVES Sri Ravichandran R., Vice-Chairman, SVES Sri K. Aditya Vissam, Secretary, SVES Dr. Srinivasan Sundar Rajan, Director, SVES

Patrons Dr. G. Srinivasa Rao, Principal, SVECW Dr. P. Srinivasa Raju, Vice-Principal, SVECW

Convener Dr. S. M. Padmaja

Coordinators Dr. B.Suresh Babu Mr. K.Kalyan Sagar

Organizing CommitteeDr. J. Rohit Balaji

Dr. G. Durga Prasad

Mr.S.Dileep Kumar Varma

Mrs. G. Bharathi

Mr.M.V.Srikanth

Mr. K. P. Swaroop

Mr. K. Omkar

Mrs. Y. T. R. Palleswari

Mr. S. Veera Babu

Mr. D. Lakshman Kumar

Mr. J. Venkatesh

Mr. N. Praveen Kumar

Mr. B. Ramu

Mr. B. Mahendra Chand

Mr. E. Naga Raju

Mr. N. V. Ramana

Mr. K. Chandra Sekhar

Mr. Ch. V. Rama Chandra Rao

Mr. M. Siva Rama Ganesh

Mr. A. Siva

Mr. K. V. S. Prasada Rao

Mr. SSSR Sarathbabu Duvvuri

Mr. R. Pradeep Sudha

One Week Faculty Development Programme on

Real Time Aspects of Power System Scenario (RTAPSS-2020)

3rd – 9th February 2020

Organized by

DEPARTMENT OF ELECTRICAL &

ELECTRONICS ENGINEERING SHRI VISHNU ENGINEERING COLLEGE FOR

WOMEN (AUTONOMOUS)

(Permanently affiliated to JNTUK, Accredited by NBA and NAAC with A Grade)

(Winner of IMCRB National Quality Trophy)

(Winner of APQO International Award)

Vishnupur, Bhimavaram - 534202

District: West Godavari, Andhra Pradesh,

India www.svecw.edu.in

Shri Vishnu Engineering College for Women

(SVECW), Bhimavaram, is one of the foremost

Institutions founded by Late Padma Bhushan Dr.

B. V. Raju. It was established in the year 2001-

2002 to empower women in professional courses.

The college has the vision to develop the students

with a disciplined and integrated personality and

to achieve academic excellence.

SVECW has witnessed significant growth within a

period of over 15 years and stands out as one of

the best engineering colleges in A.P. In recognition

of its progressive strides, the World Bank has

granted TEQIP phase-II fund to SVECW and

Indian Merchants' Chamber (IMC) recognized with

a trophy for the quality of education imparted.

SVECW conferred Autonomous status under the

UGC Autonomous colleges Scheme for a period of

6 Years with effect from A.Y 2014-2015 by UGC,

New Delhi.

About the Department

The Electrical and Electronics Engineering

department, established in the year 2002, has

been so structured, in terms of experienced staff

and excellent laboratory facilities. The department

is offering both B. Tech with an intake of 120 and

M. Tech (Power Electronics) with an intake of 18.

The department is accredited by NBA. The

department is presently executing one DST

sponsored and one AICTE-RPS R&D Projects.

About the Faculty Development Programme

The Faculty Development Program aims to

discuss the fundamentals and recent developments in

commissioning of Transmission lines, Protection of

Electrical Equipment, Solar PV systems and Hybrid

Electrical Vehicles. The program would enable

participants to develop concepts and understand the

emerging trends and challenges in the electric power

system and also motivate faculty members to pursue

research &innovation in the area.

TOPICS TO BE COVERED (not limited to):

❖ Construction of Transmission Lines

❖ Protection of Electrical Equipment

❖ Generator, Transformer, Feeder and Bus Bar

Protection

❖ Solar PV Powered Standalone Water Pumping

System

❖ New Concepts in Electric Vehicles and Trend

setting

❖ Hybrid Electric Vehicles

Registration Form

One Week Faculty Development Programme

on

Real Time Aspects of Power System

Scenario

(RTAPSS-2020)

3rd – 9th February 2020

Full Name (Block Letters):

Gender: M / F

Designation:

Organization:

Full Address:

Mobile:

Email (Mandatory):

Experience: Years. Months.

Signature of Applicant

Place:

Date:

Signature of sponsoring authority with seal

About the Institution

Shri Vishnu Engineering College for Women Bhimavaram (Autonomous) Department of Electrical & Electronics Engineering

Program Schedule One Week Faculty Development Program on

“Real Time Aspects of Power System Scenario (RTAPSS-2020)” during 3rd – 9th February 2020

Day 1 (03-02-2020) Monday

09:00 - 09:30 09:45 - 11: 15 11:15 - 11:30 11:30 – 1:00 1:00 - 02:00 02:00 - 03:00 03:00 - 03:15 3:15 – 4:15 PM

Inaugural Prof. Ankush Vijay Khapre, NIT Nagpur Break Prof. Ankush Vijay

Khapre, NIT Nagpur

Lunch Prof. Ankush Vijay Khapre, NIT

Nagpur

Break Prof. Ankush Vijay Khapre, NIT

Nagpur Day 2 (04-02-2020) Tuesday

09:00-10:45 10:45 - 11:00 11:00 – 12:15 12:15 - 01:15 01:15 - 2:30 02:30-02:45 2:45 - 4:15 PM Dr. PinniSrinivasa Varma, KL

University

Break Dr. PinniSrinivasa Varma, KL

University

Lunch Dr. PinniSrinivasa Varma, KL

University

Break Dr. PinniSrinivasa Varma, KL

University

Day 3 (05-02-2020) Wednesday 09:00-10:45 10:45 - 11:00 11:00 – 12:15 12:15 - 01:15 01:15 - 2:30 02:30-02:45 2:45 - 4:15 PM

Dr. Prof. Ch.V.V.S.Bhaskara Reddy,

A.U.

Break Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U.

Lunch Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U.

Break Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U.

Day 4 (06-02-2020) Thursday

09:00-10:45 10:45 - 11:00 11:00 – 12:15 12:15 - 01:15 01:15 - 2:30 02:30-02:45 2:45 - 4:15 PM Dr. S. Sasi Kumar,

Annamallai University

Break Dr. S. Sasi Kumar,


Lunch Dr. S. Sasi Kumar,


Break Dr. S. Sasi Kumar, Annamallai

University

Day 5 (07-02-2020) Friday

09:00-10:45 10:45 - 11:00 11:00 – 12:15 12:15 - 01:15 01:15 - 2:30 02:30-02:45 2:45 - 4:15 PM Dr.Ponnambalam P VIT

Chennai

Break Dr.Ponnambalam P VIT

Chennai

Lunch Dr.Ponnambalam P VIT

Chennai

Break Dr.Ponnambalam P VIT

Chennai

Day 6 (08-02-2020) Saturday

09:00-10:45 10:45 - 11:00 11:00 – 12:15 12:15 - 01:15 01:15 - 2:30 02:30-02:45 2:45 - 4:15 PM

Dr. Suresh Mikkili NIT Goa Break Dr. Suresh Mikkili NIT Goa Lunch Dr. Suresh Mikkili NIT Goa Break Dr. Suresh Mikkili NIT Goa

Day 7 (09-02-2020) Sunday Roof Top Solar Plant Visit Followed by LUNCH and Valedictory Function

A REPORT ON

ONE WEEK FACULTY DEVELOPMENT PROGRAMME ON

“Real Time Aspects of Power System Scenario (RTAPSS-2020)” during 3rd – 9th February 2020

Organized by

DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN BHIMAVARAM

Vishnupur, Bhimavaram – 534202.

www.svecw.edu.in

http://www.svecw.edu.in/

The Department of Electrical and electronics engineering of Shri Vishnu Engineering College

for Women has organized a one week workshop on Real Time Aspects of Power System

Scenario during 3rd Feb 2020 to 9th Feb 2020. The event was conducted in seminar hall of

Electrical and Electronics Engineering, SVECW. In this event about 25 members from

various institutions have participated. This one week FDP is aimed at enriching the skills of

faculty and researchers with advanced techniques relating to real time aspects for power

systems by a set of illustrious speakers, each of whom has made fundamental contributions to

the fields of power and energy. The workshop was stared with an inaugural function followed

by sessions. The detailed session wise report is as follows.The FDP was formally inaugurated on

03/02/2019. While Dr. P. Srinivasa Raju, Vice-Principal, SVECW gave details about the FDP and

importance of EE in present scenario. Dr. S. M Padmaja, HOD-EEE and FDP Convener gave

welcome note and also presented the objectives of the FDP and Dr. B.Suresh Babu, Asst. Professor &

one of the coordinator gave the vote of thanks.

Day 1 ( 03-2-2020): This session was handled by Prof. Ankush Vijay Khapre, NIT Nagpur,

on Overview of Electrical Power system and components. In the second session of day 1

program he has covered presentation on Restructing of Distribution system and challenges.

Day 2 ( 04-2-2020)

The morning session was handled by Dr. Pinni Srinivasa Varma, KL University, on overview of

protection. The second session was handled continued his presentation on troubleshoot and SCADA

Sytems.

Day 3 (05-2-2020) In the morning session Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U. was

the resource person and he has covered on Generator and Transformer protection. Then the next

session, Dr. Prof. Ch.V.V.S.Bhaskara Reddy, A.U. continued his presentation on Feeder and

Bus Bar Protection.

Day 4 (06-2-2020)

This session was handled by Dr. S. Sasi Kumar, Annamallai University was the resource person for

the session on Solar PV Powered Standalone Water Pumping System. The next session was handled

by, Dr. S. Sasi Kumar, Annamallai University was the resource person continued the session on Solar

PV Powered Standalone Water Pumping System

Day 5 (07-02-2020)

This session was handled by Dr.Ponnambalam P VIT Chennai and he has delivered on New

Concepts in Electric Vehicles and Trend setting

Day 6 (08-2-2020)

This session was handled by Dr. Suresh Mikkili NIT Goa on Introduction Hybrid Electric Vehicles.

He has also delivered about electric vehicle scenario in India.

Day 7 (09-2-2020) Finally solar PV roof top was discussed and a technical visit is arranged for the participants. On the whole, the FDP has been a good learning experience not only the participants but also to the workshop organizers.

Glimpses of the event

DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING


(AUTONOMOUS)

(Permanently Affiliated to JNTUK, Kakinada & Accredited by NBA and NAAC with A Grade)


CERTIFICATE

This is to certify that Mr. /Ms. /Mrs. ________________________________________________has participated in the One

Week Faculty Development Programme on “Real Time Aspects of Power System Scenario” (RTAPSS- 2020) held

during 3rd -9th February 2020, organized by Department of Electrical and Electronics Engineering, Shri Vishnu

Engineering College for Women, Bhimavaram.

CONVENOR VICE – PRINCIPAL PRINCIPAL



One week FDP on Hybrid Vehicle Technologies


Engineering



(AUTONOMOUS) (Permanently Affiliated to JNTUK, Accredited by NBA and NAAC with A Grade)

Vishnupur, Bhimavaram, West Godavari District, Andhra Pradesh – 534202

Phone No.: 08816-250864, www.svecw.edu.in Chief Patrons

Sri K. V. Vishnu Raju, Chairman, SVES

Sri R. Ravichandran, Vice-Chairman, SVES

Sri K. Aditya Vissam, Joint Secretary, SVES

Patrons

Dr. G. Srinivasa Rao, Principal, SVECW

Dr. P. Srinivasa Raju, Vice-principal, SVECW

Convener

Dr. S.M. Padmaja, HOD-EEE, SVECW

Coordinator

Dr. G.Durga Prasad


Dr. J. Rohit Balaji

Mr.S.Dileep Kumar Varma

Mr.M.V.Srikanth

Mrs. G. Bharathi

Mr. K. Omkar

Mr. N. Praveen Kumar

Mr. K. P. Swaroop

Mrs. Y. T. R. Palleswari

Mr. D. Lakshman Kumar

Mr. S. Veera Babu

Mr. B. Mahendra Chand

Mr. M. Siva Rama Ganesh

Mr. Ch. V. Rama Chandra Rao

Mr. R. Pradeep Sudha

Mr. J. Venkatesh

Mr. N. V. Ramana

Mr. B. Ramu

Mr. E. Naga Raju


Mr. A. Siva

Mr. K. V. S. Prasada Rao

Mr. SSSR Sarathbabu Duvvuri

Important Dates


Notification of acceptance through Email:

30/06/2019

Contact us

Dr. G Durga Prasad

Associate Professor/ Dept. of EEE

SVECW, Bhimavaram - 534202

Mobile: 91333409326

Mail:[email protected]

To Date: 10-06-2019

Head of the Department,

Department of EEE

Subject: “ One Week Faculty Development Program on“ Hybrid

Electric Vehicle Technologies( HEVT-2019)’’ during 15th – 21st

July 2019

Dear Sir/Madam,

I am pleased to inform you that the Department of Electrical and Electronics

Engineering, Shri Vishnu Engineering College for Women Bhimavaram

(Autonomous) is organizing a One Week faculty Development Programme on

“ One Week Faculty Development Program on“ Hybrid Electric

Vehicle Technologies( HEVT-2019)’’ during 15th – 21st July 2019

for Faculty, Research scholars.

The proposed workshop provides a suitable platform to participate in

discussion on latest technologies for students, academicians, researchers and

industrial persons who are working on Electric & Hybrid Vehicles, the scope

of workshop is not limited for EEE it also very much useful for ME, ECE &

EIE.

Topics covered in workshop

➢ EV & HEV Components and Architectures

➢ Batteries for Hybrid Vehicle System Application

➢ Battery Management Systems

➢ Fundamentals, Performance and Control of various AC motors

➢ Integration of EV on power grid

➢ Safely, Testing, Regulations and Standards

➢ Electric Vehicle Dynamics

➢ Modelling and Simulation of Electric and Hybrid Vehicles

in Matlab/Simulink Environment

On behalf of the Department of Electrical and Electronics Engineering, Shri

Vishnu Engineering College for Women (Autonomous), I request you to

depute faculty members, research scholars from your esteemed institutions to

participate in one week workshop.

Brochure of the FDP is enclosed with this letter for your reference. Your co-

operation is highly appreciated.

Thanking you

Yours sincerely

(Dr. S. M. Padmaja)


Eligibility

The participants to the course will be Faculty, UG &

PG Students, Research scholars, from AICTE

approved technical institutions.

Registration Fee

There is no Registration fee from any participant. No

TA/DA will be paid to any participant. Early

information on e-mail for registration is appreciated.

Test and Certificate

The certificate shall be issued to those participants

who have attended the program with minimum 80%

of attendance.

Important Dates


Notification of acceptance by Email: 30/06/2019

Completed registration forms should reach

Dr. G Durga Prasad

Associate Professor, Dept. of EEE

SVECW, Bhimavaram - 534202

Mobile: 91333409326

Mail:[email protected]

Chief Patrons


Sri Ravichandran R., Vice-Chairman, SVES

Sri K. Aditya Vissam, Secretary, SVES

Patrons



Convener

Dr. S M Padmaja, HOD-EEE, SVECW

Coordinator

Dr. G. Durga Prasad, Associate. Prof.


Dr. B Suresh Babu, Professor

Mr. S D K Varma, Associate Prof.

Dr. J Rohit Balaji, Associate. Prof.

Mrs. G. Bharathi, Asst. Prof

Mr. M. V. Srikanth, Asst.Prof.

Mr. K. P. Swaroop, Asst.Prof.

Mr. K. Omkar. Asst. Prof.

Mr. N. Praveen Kumar, Asst.Prof.

Mrs. Y.T.R. Palleswari, AsstProf.

Mr. S Veera Babu, Asst. Prof.

Mr. B Ramu, Asst. prof

Mr. D. Lakshman Kumar, Asst. Prof.

Mr. B Mahendra Chand, Asst. prof.

Mr. J. Venkatesh, Asst. Prof.

Mr. N. V. Ramana, Asst. Prof.

Mr. E. Naga Raju, Asst. Prof.

Mr. M S R Ganesh, Asst. Prof.

Mr. Ch. Chandra Sekhar, Asst. prof.

Mr. Ch. Rama Chandra Rao, Asst. Prof.

Mr. R Pradeep Sudha, Asst. Prof.

Mr. K Kalyan Sagar, Asst. Prof.

Mr. K V R Prasad Rao, Asst. Prof.

Mr. A Siva, Asst. Prof.

Mr. D S S S R Sarath Babu, Asst. Prof

One week Faculty Development Program on

Electric & Hybrid Vehicle

Technologies

(HEVT- 2019)

15th July – 21st July 2019

Organized by DEPARTMENT OF ELECTRICAL &

ELECTRONICS ENGINEERING

SHRI VISHNU ENGINEERING COLLEGE

FOR WOMEN (Autonomous) (Permanently affiliated to JNTUK, Accredited by

NBA and NAAC with A Grade)


West Godavari District, Andhra Pradesh, India

08816-250864, Fax: 08816-250099,

www.svecw.edu.in

Shri Vishnu Engineering College for Women

(SVECW), Bhimavaram, is one of the foremost

Institutions founded by Late Padmabushan Dr. B. V.

Raju. It was established in the year 2001-2002 to

empower women in professional courses. The

college has the vision to develop the students with a

disciplined and integrated personality and to achieve

academic excellence, SVECW is a home to

aesthetically designed buildings with state of the art

computer and internet centers, modern workshops,

state-of-art laboratories, Tutorial Rooms, Seminar

halls, well stocked libraries, Online Journal Access,

P&T Cell, sports and games fields in addition to

gymnasium, thus making SVECW the first choice of

students and staff.

SVECW has witnessed significant growth

within a period of over 16 years and stands out as

one of the best engineering colleges in A.P. In

recognition of its progressive strides, the World

Bank has granted TEQIP phase-II project to

SVECW and Indian Merchants' Chamber (IMC)

recognized with a trophy for the quality of education

imparted.

SVECW conferred Autonomous status under the

UGC Autonomous Colleges Scheme for a period of

6 Years with effect from A.Y 2014-2015 by UGC,

New Delhi.


The Electrical and Electronics Engineering

department, established in the year 2002, has been so

structured, in terms of experienced staff and excellent

laboratory facilities. The department is offering both B.

Tech with an intake of 120 and M. Tech (Power

Electronics) with an intake of 18. The department is

accredited by NBA under Tier-I. EEE department got

R&D projects of worth Rs. 1.5 Crore from DST &

AICTE. The department periodically organizes FDPs,

Seminars & Workshops for the benefit of students and

faculty. The department has a excellent blend of well

experienced and young faculty with a zeal of doing

R&D projects.

About course

The proposed workshop provides a suitable

platform to participate in discussion on latest

technologies for students, academicians, researchers

and industrial persons who are working on Electric &

Hybrid Vehicles, the scope of workshop is not limited

for EEE it also very much useful for ME, ECE & EIE.

Topics Cover in Workshop

➢ EV & HEV Components and Architectures

➢ Batteries for Hybrid Vehicle System

Application

➢ Battery Management Systems

➢ Fundamentals, Performance and Control of

various AC motors

➢ Integration of EV on power grid

➢ Safely, Testing, Regulations and Standards

➢ Electric Vehicle Dynamics

➢ Modelling and Simulation of Electric and

Hybrid Vehicles in MATLAB

REGISTRATION FORM

One week Faculty Development Program on

Electric & Hybrid Vehicles

(HEVT- 2019)

15th July – 21st July 2019


Gender: M / F

Designation:

Organization:

Full Address:

Mobile:

Email (Mandatory):

Experience: Yrs. Months.

Declaration

The information provided is true to the best of my

knowledge. If selected, I agree to abide by the rules and

regulations of the course and shall attend the course for

the entire duration.


Place:

Signature of the Head of the Department


A REPORT ON

One Week Faculty Development Program on

Hybrid Electric Vehicle Technologies (HEVT-2019)

15th – 21st July 2019

Organized by




www.svecw.edu.in


Department of Electrical and electronics engineering of Shri Vishnu Engineering College for Women has organized a Hybrid Electric Vehicle Technologies (HEVT – 2019) during 15th -21st July 2019. The event was conducted in seminar hall, SVECW. In this event about 25 members from various institutions have participated.

This one week workshop is aimed at enriching the skills of faculty and researchers with advanced techniques by a set of illustrious speakers, each of whom has made fundamental contributions to the fields of Hybrid Electric Vehicle

DAY:1 15.07.2019 On day 1 Dr. Deepak Pullagu from NIT Warangal has delivered a talk on Introduction to Electric Vehicles & Basic Control Systems & Dynamics. In addition to this, a detailed review of impacts of EVs charging and discharging to grid is presented.

DAY: 2 16.7.2019 Dr.V. Sundeep from NIT Tadepalligudam Andhra Pradesh has delivered a talk on battery management system for electric hybrid vechiles. He also emphasized the advantages and limitations of various AC and DC motors used for electric vehicles. DAY 3 17.7.2019 Dr B. Chitti babu from Indian Institute of Information Technology, Design and Manufacturing, Kancheepuram has given a talk on various AC and DC drives used for Electric vehicles. He also explained about modelling and simulation of Electric vehicles in MATLAB/SIMULINK. DAY 4 18.7.2019 Mr. P. PrasanthKumar, Chief Technical Officer, Electric Mobility Division, Haritha TechLogix Pvt. Ltd., Bangalore has delivered a talk on emerging trends in electric vehicles and opportunities. In his talk he has covered various types of Electric vehicles, Concepts and their working principles and the impact of electric vehicles on grid system. Further he has discussed about various initiatives of Government of India to promote electric vehicles in India

Day 5: 19.7.2019 Mr G Siva Kumar from NIT Warangal has also covered brief over view of Micro grids, smart grid and impact of electric vehicles integration with smart micro grids. Electric vehicles and their effects on power quality and power grid has been presented Day 6: 20.7.2019 Mr. M.Balaji presently he is working as Deputy General Manager NTPC

Noida in the area of Renewable Energy –Business Development. He has

delivered a talk on effect of electric vehicles on the grid system.

DAY:7 – 21.07.2019 On the last day of workshop Dr. G.Durga Prasad has taken a session on modelling of Electrical vechile and its simulation in MATLAB/SIMULINK platform

GLIMPSES OF THE WORKSHOP



(AUTONOMOUS)



CERTIFICATE

This is to certify that Mr. /Ms. /Mrs. ________________________________________________has participated in the One

Week Faculty Development Programme on “Hybrid Electric Vehicle Technologies” (HEVT- 2019) held during 15th-

21st July 2019, organized by Department of Electrical and Electronics Engineering, Shri Vishnu Engineering College

for Women, Bhimavaram.




One week workshop on Smart Micro Grid Operation and

Control


Engineering

DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN (AUTONOMOUS)

(Permlmcnlly Affiliated to JNTUK, Accredited by NBA and NAAC with A Grade)

VISHNU UNfV[UAl, lU,INOrfG

Vishnupur, Bhimavaram, West Oodavari District, Andhra Pradesh - 534202 Phone No.: 08816-250864, www.svecw.edu. in

Chief Patrons


Sri R. Ravichandran, I - hai, man, SVES

Sri K. Aditya Vissam, cretary, VECW

Patrons

To Head of the Department, Dept. ofEEE

Date:06-11-2019

Dr. G. Srinivasa Rao,Erincim SVECW _____ -----1 Dear Sir��d��


Convener

Dr.S.M.Padmaja , HOD-EEE, SVECW

Coordinators Mr. S. D. K. Varma

Mr.N.V.Ramana

- rganizing Committee

Dr. J. Rohit Balaji Dr.B.Suresh Babu

Subject: One week Faculty Development Programme on Smart MicrogridOperation and Control (SMOC-2019) at Shri Vishnu Engineering College for Women on 16th -22nd Dec, 2019.

I am pleased to inform you that the Department of Electrical and Electronics Engineering, Shri Vishnu Engineering College for Women, Bhimavaram is organizing a One Week faculty Development Programme on "SmartMicrogrid Operation and Control" (SMOC-2019) for faculty on 16th -22nd

Dec, 2019.

Dr. G. Durga Prasad This FDP will provide a forum for the interaction & exchange of ideas and Mr.M.V.Srikanth exposure to knowledge from industry and research personnel. The FDP will Mrs. G. Bharathi Mr. K. Omkar

also include sessions focusing on phenomenal growth and rapid developments Mr. N. Praveen Kumar of its applications in the Power Electronics Sector. New applications in the area of Mr. K. P. Swaroop HVDC transmission, Flexible AC transmission, Power Quality, Industrial Drives Mrs. Y. T. R. Palleswari etc. are continuously expanding. Mr. D. Lakshman.:.,K=u=m=ar'------------+--------Mr. S. Veera Babu Mr. B. Mahendra Chand Mr. M. Siva Rama Ganesh Mr. Ch. V. Rama Chandra Rao Mr. R. Pradeep Sudha Mr. J. Venkatesh Mr. B. Ramu Mr. E. Naga Raju


Mr. A. Siva Mr. K. V. S. Prasada Rao Mr.K.Kalyan Sagar Mr. SSSR Sarathbabu Duvvuri

Important Dates

Last date for Registration: 06-12-2019 Notification of acceptance through Email: 07/12/20)9

Contact us

Mr. S. D. K. Varma, Associate Professor/ Dept, of EEE, SVECW, Bhimavaram - 534202 Mobile:9441171542 E-Mail:[email protected]

Topics covered in workshop

• Basic components of Microgrid

• Types of Microgrid .

• Advantages md Challenges of Microgrid

• Microgrid control

• Smart Microgrid research

On behalf of the Department of Electrical and Electronics Engineering, Shri Vishnu Engineering College for Women, I request you to depute faculty members, research scholar from your esteemed institutions to participate in one week-workshop.

Brochure of the FOP is enclosed with this letter for your reference.

Your co-operation is highly appreciated.

Thanking you

kly (Dr. S.M.Padmaja)

[email protected]

Registration The Registration Fee to participate in the programme. No Registration Fee can be paid Travel & Accommodation Participants have to make their own arrangements for Travel. Accommodation will be provided based on request with prior intimation. Target Audience The course is open for faculty, PG students/Research Scholars of institutions to pursue research in the field of Electrical Engineering. Important Date Last date for Registration: 06/12/2019 Notification of acceptance through Email: 07/12/2019 Scanned Copy of RegistrationForm should be sent to Mr. S.D.K. Varma

Contact No: 9441171542

Email : [email protected]

Mr. A. Siva

Contact No:9866173005

E-Mail Id: [email protected]

Chief Patrons Sri K. V. Vishnu Raju, Chairman, SVES Sri Ravichandran R., Vice-Chairman, SVES Sri K. Aditya Vissam, Secretary, SVES Patrons Dr. G. Srinivasa Rao, Principal, SVECW Dr. P. Srinivasa Raju, Vice-Principal, SVECW Convener Dr. S. M. Padmaja Coordinators Mr. S.D.K. Varma Mr. N.V.Ramana Organizing Committee Dr. J. Rohit Balaji Mrs. G. Bharathi Mr. M V Srikanth Mr. K Omkar Mr. N. Praveen Kumar Mr. K. P. Swaroop Mrs. Y. T. R. Palleswari Mr. D. Lakshman Kumar Mr. S. Veera Babu Mr. B. Mahendra Chand Mr. M. Siva Rama Ganesh Mr. Ch. V. Rama Chandra Rao Mr. R. Pradeep Sudha Mr. J. Venkatesh Mr. B. Ramu Mr. E. Naga Raju Mr. N. V. Ramana Mr. K. Chandra Sekhar Mr. K Kalyan Sagar Mr. K. V. S. Prasada Rao Mr. SSSR Sarathbabu Duvvuri


Smart Microgrid Operation and Control (SMOC-2019)

16th – 22nd December 2019

Organized by

DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN

(AUTONOMOUS) (Permanently affiliated to JNTUK, Accredited by NBA and

NAAC with A Grade) (Winner of IMCRB National Quality Trophy)

(Winner of APQO International Award) Vishnupur, Bhimavaram - 534202

District: West Godavari, Andhra Pradesh, India www.svecw.edu.in

Shri Vishnu Engineering College for Women (SVECW), Bhimavaram, is one of the foremost Institutions founded by Late Padma Bhushan Dr. B. V. Raju. It was established in the year 2001-2002 to empower women in professional courses. The college has the vision to develop the students with a disciplined and integrated personality and to achieve academic excellence. SVECW has witnessed significant growth within a period of over 15 years and stands out as one of the best engineering colleges in A.P. In recognition of its progressive strides, the World Bank has granted TEQIP phase-II fund to SVECW and Indian Merchants' Chamber (IMC) recognized with a trophy for the quality of education imparted. SVECW conferred Autonomous status under the UGC Autonomous Colleges Scheme for a period of 6 Years with effect from A.Y 2014-2015 by UGC, New Delhi.


The Electrical and Electronics Engineering department, established in the year 2002, has been so structured, in terms of experienced staff and excellent laboratory facilities. The department is offering both B. Tech with an intake of 120 and M. Tech (Power Electronics) with an intake of 18. The department is accredited by NBA. The department is presently executing two DST sponsored R&D Projects.

About the Faculty Development Programme

The proposed faculty development programme provides a proper platform to participate for discussion and presentation of the latest technologies and discoveries in the field of Electrical Engineering. SMOC-2019 is a quality course providing forum for academicians and industrial professionals to exchange their knowledge and state of art of aforesaid areas. The course content will be taught by eminent experts in the field, having adequate teaching and industrial experience. This course will offer a unique opportunity to the researchers, academicians and students working in this area to acquire knowledge in current and relevant topics in Electrical Engineering.This workshop provides deeper insight and knowledge to the participants about the recent advances in Electrical Engineering field. TOPICS TO BE COVERED (not limited to)

Basic components of Microgrid

Types of Microgrid .

Advantages and Challenges of Microgrid

Microgrid control

Smart Microgrid research

Registration Form


Smart Microgrid Operation and Control (SMOC-2019)



Gender: M / F

Designation:

Organization:

Full Address:

Mobile: Email (Mandatory): Experience:Years. Months.


Place:

Date:



A REPORT ON One week FDP ON

Smart Microgrid Operation and Control ( SMOC - 2019)


Organized by




www.svecw.edu.in


Department of Electrical and electronics engineering of Shri Vishnu Engineering College for Women has organized a workshop on Smart Microgrid Operation and Control (SMOC-2019)on 16th – 22nd DEC, 2019. The event was conducted in seminar hall, SVECW. In this event about 25 members from various institutions have participated.

This one-week FDP is aimed at enriching the skills of faculty and researchers with advanced techniques by a set of illustrious speakers, each of whom has made fundamental contributions to the fields of power and energy.

Day 1 16th Dec 2019: After Inaugural function Dr. Saravana Kumar VIT Vellore has covered the An Overview in Operation and Control of Microgrid , Distributed energy resources ( DER ) in Microgrid , Storage in Microgrid , Operation and Control Microgrid and Distributed Generation

Day 2 17th Dec 2019: Dr. Vikram Chopra Thapar University has covered Planning ,Operation and Protection of Microgrid , Trends in Smart Microgrid Control.

Day 3 18th Dec 2019: Dr. Vikram Chopra Thapar University has covered Smooth transition control strategy for Smart Microgrid Operation modes, Developed control strategy for Smart Microgrid.

Day 4 19th Dec 2019: Dr. P.Sujatha JNTU A has covered Control System for Microgrid , Power Management in Smart Microgrid.

Day 5 20th Dec 2019: Dr. P.Sujatha JNTU A has covered Research Operation and Control of Microgrid .

Day 6 21st Dec 2019 : Dr.V.S.Vakula JNTU Vijayanagaram has covered Optimization Techniques for Operation and Control of Microgrid , Visit followed Valedictory function .

Day 7 22nd Dr.J Rohith Balaji SVECW has given presentation of simulation studies on smart Grid technologies.

On the whole, the FDP has been a good learning experience to the participants.

Glimpses of the event



(AUTONOMOUS)



CERTIFICATE

This is to certify that Mr. /Ms. /Mrs. ________________________________________________has participated in the one

week FDP on “Smart Microgrid Operation and Control” (SMOC- 2019) held during 16th-22nd Dec 2019, organized

by Department of Electrical and Electronics Engineering, Shri Vishnu Engineering College for Women, Bhimavaram.




A One-week Faculty Development Program on

“Artificial Intelligence”

2020 -21 Dept. of Information Technology

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN(A) :: BHIMAVARAM

DEPARTMENT OF INFORMATION TECHNOLOGY

Date:24-05-2019

To

The Principal

SVECW

Bhimavaram

Respected Sir,

Subject: A One-week Faculty Development Program on “Artificial Intelligence” during

10th–16th June 2019– Request for permission and Approval of Budget – Reg.

It is proposed to conduct One week FDP on “Artificial Intelligence” by department of

Information Technology. The proposed budget is given below for your kind approval. Hence it is

to request you to give permission and sanction the budget to conduct the said program.

Sno Description of Item Amount (Rs)

1 Certificates , Posters 1500

2 Bouquets 200

3 Mementoes 1,000

4 Remuneration to Resource Persons 60,000

5 TA, DA & Boarding to Resource Persons 8,000

6 Tea, Snacks 4,000

7 Note Books & Pens 1,000

8 Photos 25000

9 Miscellaneous 1,000

Total Amount 101700

The following faculty will act as coordinators for the workshop.

• V.Pavan Kumar

I request you to kindly sanction Rs101700/- (One Lakh One Thousand Seven Hundred rupees

only) for the smooth conduct of the above workshop.

Convener

1-06-2019

Bhimavaram.

To

Dr. Sri Vallabha Devi,

Lead Data Scientist,

Tiger Analytics, Chennai

Respected Sir,

We are, from Shri Vishnu Engineering College for Women, Bhimavaram, Andhra

Pradesh, happy to know that you are an expert in Artificial Intelligence. It is to bring to your

kind notice that Department of IT is organizing a FDP on “Artificial Intelligence” from 10th

to 16th June 2019. As you have already experienced in the field of Artificial Intelligence and

your approach shall be very much helpful for the participants.

We cordially invite you with great pleasure as a resource person for the FDP on

“Artificial Intelligence ", positively from 10th to 16th June 2019.

We look forward to hear your favorable reply at the earliest to make arrangements.

Thanking you,

HOD

Dr. D. V. Naga Raju

Approved by AICTE, New Delhi | Affiliated to JNTUK, Kakinada

Profile Of Resource Person

Dr. Sri Vallabha Devi,

Lead Data Scientist,

Tiger Analytics, Chennai

Biography

Sri Vallabha is a Lead Data Scientist with Tiger Analytics. As a part of this role, he leads teams

solving business problems in various industries like retail, transportation and manufacturing. In

the past projects at Tiger Analytics he worked on developing Deep Learning models for video

analytics and Machine Learning models for anomaly detection & price prediction etc. His current

projects are focused on Recommendation Systems and Natural Language Processing.

Prior to this, he worked as a Post Doctoral Fellow at IIT Madras in statistical analysis of liquid

sprays. His doctoral thesis was on Large Eddy Simulation of Sprays, a branch of Computational

Fluid Dynamics.

His areas of expertise are machine learning, statistical analysis, reduced order modeling and

simulation of physical systems & scientific computing.

He holds a B.Tech in Mechanical Engineering from IIT Madras

Ph.D. in Aerospace Engineering from Indian Institute of Science, Bangalore.

Chief Patrons


Sri Ravichandran. R, Vice-Chairman, SVES

Sri K.Aditya Vissam, Secretary, SVES

Patrons

Dr. G. SrinivasaRao, Principal, SVECW

Dr. P. SrinivasaRaju, Vice-Principal, SVECW

Convener

Dr. D V Naga Raju, HOD-IT

Advisory Committee

Prof. P.Venkata Rama Raju, Dept.of.IT

Mr. S. Sreenivasu, Assoc Prof, Dept. of IT

Mr. S. Adinarayana, Assoc Prof, Dept of IT

Dr. A. Sri Krishna, Asst Prof, Dept. of IT

Mr. S. Ravi Kumar, Asst Prof, Dept. of IT

Mr. A. Mohan, Asst Prof, Dept. of IT

The workshop is open to the faculty of Academic

Institutions, PG/ Research Scholars and Professionals

from Industry. The structure of the registration fee

for various types of participants is given below.

• Faculty/ Research Scholars: Rs. 300/-

• Participants from industry: Rs. 500/-

The registration fee should be paid in the form of

Demand Draft Drawn in favor of “The Principal,

SVECW” payable at Bhimavaram.

ACCOMMODATION

Accommodation for the participants may be

arranged on request.

ADRESS FOR CORRESPONDANCE Coordinator:

V.Pavan Kumar, Assistant Professor

Department of IT

Shri Vishnu Engineering College for Women(A)

Vishnupur, Bhimavaram-534202

Email :[email protected]

Mobile : +91- 8106749820

How to apply



(Autonomous)

(Permanently Affiliated to JNTUK-Kakinada)

(Accredited by NBA for 5 Years)


W. G. District, A. P., India

www.svecw.edu.in


ONE WEEK Faculty Development

Program

On

Artificial Intelligence

10TH -16TH, JUNE,2019

Organized by

DEPARTMENT OF

INFORMATION TECHNOLOGY

About the College

Artificial intelligence (AI, also machine intelligence,

MI) is intelligence displayed by machines, in contrast

with the natural intelligence (NI) displayed by

humans and other animals. In computer science AI

research is defined as the study of "intelligent

agents": any device that perceives its environment

and takes actions that maximize its chance of success

at some goal.

Topics

Introduction: Concepts of AI, Agents, Environments,

Problem Formulations, Review of Tree and Graph

Structures, State Space Representation, Search Graph

and Search Tree.

• Search Algorithms: Random Search, Search with

Closed and Open list, DFS and BFS, Heuristic Search,

Best First Search, A* Algorithm, Game Search.

• Probabilistic Reasoning: Probability, Conditional

Probability, Bayes Rule, Bayesian Networks, Temporal

Model, Hidden Markov Model.

• Markov Decision process: MDP Formulation, Utility

Theory, Utility Functions, Value Iteration, Policy Iteration

and Partially Observable MDPs.

ONE WEEK Faculty Development

Programme

On

Artificial Intelligence

10TH -16TH, JUNE,2019

Name:

Designation:

Organization:

Official Address:

Mobile:

Email:

Accommodation Required: (Yes/No)

Signature: Date:

SPONSORING AUTHORITY

Mr./Ms./Mrs. _________________________________ employed as_________________________________

in our organization is sponsored to attend the Faculty

Development Programme.

Place: Date:


About the FDP Registration form


Department of IT was established in the year 2001;

The department strives towards excellence in the

field of Information Technology. The vision of the

department is to establish unique identity by

development of high quality IT engineers and

technological resources for contributing to the

economic and social development of the Nation at

large and the region in particular. The Department is

well equipped with computers, software and modern

IT infrastructure, and our students are exposed to

up-to date equipment, technology and techniques.

The Department has well experienced and dedicated

faculty members with different specializations.

.

Shri Vishnu Engineering College for women was

established during academic year 2001-2002 to empower women in professional courses. The college

has the vision to develop the students with a disciplined and integrated personality and to achieve academic

excellence, thus making SVECW the first choice of

students and staff. Shri Vishnu Engineering College for Women has

witnessed significant growth within a period over 10 years and stands out as one of the best engineering

colleges in AP. In recognition of its progressive strides, the World Bank has granted TEQIP phase II project to

SVECW and Indian Merchant’s Chamber (IMC)

recognized with a trophy for the quality of education imparted.

Resource Persons

Experts with large number of years

of experience in teaching, industry, research

and development will be conducting the

theory and practical sessions.

Important dates

Last date for registration: 06.06. 2019

Confirmation to the participants

By mail : 06.06.2019



ONE WEEK SHORT TERM COURSE ON

BLOCKCHAIN

2020 -21 Dept. of Information Technology

Chief Patrons


Sri Ravichandran. R, Vice-Chairman, SVES

Sri K.Aditya Vissam Secretary, SVES

Patrons



Convener

Dr. D V Naga Raju, HOD-IT

Advisory Committee

Prof. P.Venkata Rama Raju, Dept.of.IT

Mr. S. Sreenivasu, Assoc Prof, Dept. of IT

Mr. S. Adinarayana, Assoc Prof, Dept of

IT Dr. A. Sri Krishna, Asst Prof, Dept. of IT

Mr. S. Ravi Kumar, Asst Prof, Dept. of IT

Mr. A. Mohan, Asst Prof, Dept. of IT

Mr. V. Pavan Kumar, Asst Prof, Dept. of

IT

The workshop is open to the faculty of Academic

Institutions, PG/ Research Scholars and Professionals

from Industry. The structure of the registration fee

for various types of participants is given below.

• Faculty/ Research Scholars: Rs. 300/-

• Participants from industry: Rs. 500/-

The registration fee should be paid in the form of

Demand Draft Drawn in favor of “The Principal,

SVECW” payable at Bhimavaram.

ACCOMMODATION

Accommodation for the participants may be

arranged on request.

ADRESS FOR CORRESPONDANCE Coordinator:

B.Sasi Kumar, Assistant Professor

Department of IT

Shri Vishnu Engineering College for Women(A)

Vishnupur, Bhimavaram-534202

Email : [email protected]

Mobile : +91- 9550571420

How to apply



(Autonomous)

(Permanently Affiliated to JNTUK-Kakinada)

(Accredited by NBA for 5 Years)


W. G. District, A. P., India

www.svecw.edu.in


ONE WEEK SHORT TERM COURSE

On

BLOCKCHAIN

16TH -22nd, December,2019

Organized by

DEPARTMENT OF

INFORMATION TECHNOLOGY

About the College

Blockchain Technology is mainly evolved from a

perspective of decentralized financial system and

promoting the cashless economy. The digital

ledger where the transactions made in Bitcoin or

else another cryptocurrency that are recorded

publicly and chronologically. This technology has

radically improved supply chain and other

transactions network

.Course Contents

✓ Cryptography and Crypto-currency

✓ Blockchain terminologies

✓ Blockchain Data structures

✓ Bitcoin Mining

✓ Big data in cloud

ONE WEEK SHORT TERM COURSE

ON

BLOCKCHAIN

16 – 22nd, DECEMBER, 2019

Name:

Designation:

Organization:

Official Address:

Mobile:

Email:

Accommodation Required: (Yes/No)

Signature: Date:

SPONSORING AUTHORITY

Mr./Ms./Mrs. _________________________________

employed as_________________________________ in our organization is sponsored to attend the Faculty

Development Programme.

Place:

Date:


About the FDP Registration form


Department of IT was established in the year 2001;

The department strives towards excellence in the

field of Information Technology. The vision of the

department is to establish unique identity by

development of high quality IT engineers and

technological resources for contributing to the

economic and social development of the Nation at

large and the region in particular. The Department is

well equipped with computers, software and modern

IT infrastructure, and our students are exposed to

up-to date equipment, technology and techniques.

The Department has well experienced and dedicated

faculty members with different specializations.

Shri Vishnu Engineering College for women was

established during academic year 2001-2002 to empower women in professional courses. The college

has the vision to develop the students with a disciplined and integrated personality and to achieve academic

excellence, thus making SVECW the first choice of

students and staff. Shri Vishnu Engineering College for Women has

witnessed significant growth within a period over 10 years and stands out as one of the best engineering

colleges in AP. In recognition of its progressive strides, the World Bank has granted TEQIP phase II project to

SVECW and Indian Merchant’s Chamber (IMC)

recognized with a trophy for the quality of education imparted.

Resource Persons

Experts with large number of years

of experience in teaching, industry, research

and development will be conducting the

theory and practical sessions.

Important dates

Last date for registration: 12.12. 2019

Confirmation to the participants

By mail : 14.12.2019



A 5-Days Workshop on "Research Problems in Materials

and Manufacturing with Hands on Experience"

2019 - 2020 Dept. of Mechanical Engineering

Curriculum Vitae

Name: Dr. CHANDAN MONDAL

Address: Flat #501, Fortune Vajra Apartment, Sridutta Nagar, Kanchanbagh P.O.,

Hyderabad- 500058, Telangana State, India

Phone: +91 40 2458 6694 Email: [email protected]

DOB: 14/04/1977 Nationality: Indian

Current Position

03/2000 – till date Scientist ‘F’

Rolling and Formability Group,

Defence Metallurgical Research Laboratory

Kanchanbagh, Hyderabad-500058, INDIA

Education and Training

07/2006 – 7/2012 Ph.D. (perusing), Metallurgical Engineering, Indian Institute

of Science (IISc), Bangalore

07/1998 – 02/2000 M.E., Metallurgical Engineering, Indian Institute of Science

(IISc), Bangalore

06/1994 – 06/1998 B.E., Metallurgical Engineering, Jadavpur University,

Calcutta

1999 Advanced training on in-situ experiments with electron

backscattered diffraction (EBSD), Department of Chemistry

and Materials Science, Norwegian University of Science and

Technology

Membership of Professional Societies

2004 Indian Institute of Metals (IIM), Life member, LM34537

2007 Material Research Society of India (MRSI), Life member

2013 Society for Failure Analysis (SFA)-India, Life Member

2016 Electron Microscope Society of India (EMSI), Life Member


Professional Experience

Research and Development:

1. Designing a suitable thermomechanical process schedule for achieving super high

strength in Al-Zn-Mg-Cu-Zr base 7055 aluminum alloy

• Novelty of the project involves optimization of alloy composition for effective

homogenization, generation of process map for sound extrusion, and optimization of

heat treatment schedule for both peak aging and RRA tempers.

• A reproducible tensile properties of 0.2% P.S. = 725 MPa, UTS = 750 MPa and %

elongation = 12.6 in peak aging temper and 704 MPa (at 36% IACS) in RRA temper

have been achieved.

2. Correlation between microstructure-texture-mechanical properties anisotropy in high

strength aluminium alloys

• Effect of hot rolling mode on the evolution of texture and corresponding mechanical

property anisotropy have been studied in 7010 alloy and high purity aluminium.

• Influence of microstructure and deformation paths on the evolution of a unique,

single component brass-{110}<556> texture in 7010 aluminum alloy have been

studied.

• A simple Schmid factor modelling based on Taylor theory is shown to describe the

strength anisotropy successfully in case of single component textured materials.

3. Non-destructive assessment of heat treatments and quench sensitivity

• A database has been generated for the electrical conductivity values of 7010 alloy for

various heat treatment tempers. The database is now extensively used for quality

control and assessment of heat treated plates and sheets.

• A novel non-linear ultrasonic based method has been established to assess the

quench sensitivity behaviour of aluminium alloys, which is hitherto unheard off.

4. Quench sensitivity aspects of 7010 and 7075 aluminum alloys

• Effects of quenching media on the mechanical properties of 7010 and 7075 alloys

have been evaluated as functions of test direction and thickness.

• Microstructural attributes and “quench end” effect are the highlights of the study.

Professional Skills

Electron backscattered diffraction (EBSD) technique using Field emission gun-

scanning electron microscope (FEG-SEM); EBSD data processing with software of

TexSem Laboratories and HKL Technologies.

Global texture measurement using X-ray Goniometer and data processing with

LABOTEX software.

Operation of 250 Tonne high precision Stretching machine.

Research Interest

Characterization of texture, microstructure-texture-mechanical property correlation in

aluminum alloys

Textural evolution in high strain rate deformation

Physical metallurgy of alloy development

Electron microscopy of materials: scanning electron microscopy (SEM), Electron

back-scattered diffraction (EBSD), Transmission electron microscopy (TEM)

Awards / Distinctions

1997 “Washington Chapter Annual Scholarship” by N.C.E. Bengal &

Alumni Association, Jadavpur University.

1998 “Sankar Kumar Das Memorial Gold Medal” by Jadavpur University.

1999 “Indo-Norwegian ALTECH Research Programme Fellowship” by

Indian Institute of Science.

1999 “VIDYA BHARATI PRIZE” by Indian Institute of Metals.

2011 “ DMRL Best Paper in Applied Research Category” by Defence

Metallurgical Research Laboratory, DRDO.

2012 “Acta Materialia student award” by ASM International

2016 National Failure Analyst Award-2016 by SFA-India

Publications

International Journals:

1. C. Mondal, AK Mukhopadhyay: “On the nature of T(Al2Mg3Zn3) and S(Al2CuMg)

phases present in as-cast and annealed 7055 Al alloy” Mat. Sci. Engg. A (2005), 391,

p367-376.

2. C. Mondal, AK Mukhopadhyay, T. Raghu, and V.K. Varma: “Tensile properties of

peak aged 7055 Al alloy extrusions” Mat. Sci. Engg. A (2007), 454-455, p673-678.

3. C. Mondal, AK Mukhopadhyay, T. Raghu and KS Prasad: “Extrusion processing of

high strength 7055 Al alloy” Materials & Manufacturing Processes (2007), 22, p424-

428.

4. C. Mondal, A. Mukhopadhyay, R. Sarkar: “A study on precipitation characteristics

induced strength variation by nonlinear ultrasonic parameter” J. Appl. Phys. (2010),

108, 124910.

5. C. Mondal, A.K. Singh, AK Mukhopadhyay, K. Chattopadhyay: “Formation of a

single, rotated-Brass {110}<556> texture by hot cross-rolling of an Al–Zn–Mg–Cu–

Zr alloy” Scripta Mater. (2011), 64, p446.

6. C. Mondal, B. Mishra, P.K. Jena, K. S. Kumar, T.B. Bhatt: “Effect of heat treatment

on the behaviour of an AA7055 Al alloy during ballistic impact”, Int. Journal Impact

Engg. (2011), 38, p745-754.

7. C. Mondal, A.K. Singh, AK Mukhopadhyay, K. Chattopadhyay: “Thermal and

Mechanical Stability of the Single Component Rotated Brass Texture in a 7010

Aluminum Alloy”, Materials Science Forum (2012), 702-703, p279-282.

8. C. Mondal, A.K. Singh, AK Mukhopadhyay, K. Chattopadhyay: “Mechanical

Property Anisotropy of 7010 Aluminum Alloy Sheet having Single Rotated-Brass

Texture”, Materials Science Forum (2012), 702-703, p303-306.

9. C. Mondal, A.C. Umamaheshwer Rao, G.R.N. Tagore, A.K. Singh: “Effect of Roll

Diameter and Modes of Rolling on Evolution of Texture in High Purity Aluminum”,

Materials Science Forum (2012), 702-703, p987-990.

10. P. K. Jena, C. Mondal, K. Siva Kumar, A.K.Singh: “Effect of Modes of Rolling on

Mechanical Properties, Texture and Ballistic Performance of Al-7017 Alloy”,

Materials Science Forum (2012), 702-703, p979-982.

11. B. Podder, C. Mondal, K. Ramesh Kumar, D.R. Yadav: “Effect of preform heat

treatment on the flow formability and mechanical properties of AISI 4340 steel”,

Materials and Design (2012), 37, p174–181.

12. C. Mondal, A.K. Singh: “Effect of change of rolling planes on orientation rotation

around the -fiber of high-purity aluminum plate subjected to 90% cold pre-

deformation”, Scripta Mater. (2012), 66, p674–677.

13. C. Mondal, A.K. Singh, A.K. Mukhopadhyay, K. Chattopadhyay: “Effects of

Different Modes of Hot Cross-Rolling in 7010 Aluminum Alloy: Part I. Evolution of

Microstructure and Texture” Metall. Mater. Trans. A (2013), 44, p2746-2763.

14. C. Mondal, A.K. Singh, A.K. Mukhopadhyay, K. Chattopadhyay: “Effects of

Different Modes of Hot Cross-Rolling in 7010 Aluminum Alloy: Part II. Mechanical

Properties Anisotropy” Metall. Mater. Trans. A (2013), 44, p2764-2777.

15. C. Mondal, A.K. Singh, A.K. Mukhopadhyay, K. Chattopadhyay: “Tensile Flow and

Work Hardening Behavior of Hot Cross-rolled and Peakaged AA7010 Aluminum

Alloy Sheets” Mat. Sci. Engg. A (2013), 577, p87-100.

16. C. Mondal, B. Podder, K. Ramesh Kumar, D.R. Yadav: “Constitutive Description of

Tensile Flow Behavior of Cold Flow-Formed AFNOR 15CDV6 Steel at Different

Deformation Levels” J. Mater. Engg. Performance (2014), 23, p3586-3599.

17. B. Mishra, C. Mondal, R. Goyal, P. Ghoshal, K. S. Kumar, V. Madhu: “Plastic Flow

Behavior of 7017 and 7055 Aluminum Alloys under Different High Strain Rate Test

Methods” Mat. Sci. Engg. A (2014), 612, p343-353.

18. B. Podder, C. Mondal, G. Gopi, K. Ramesh Kumar: Effects of Heat Treatment on the

Tensile Properties of Flow-Formed AA6082 Aluminum Alloy Tube” Materials

Science Forum (2015), 830-831, p131-34.

19. A. Mishra, C. Mondal, J. Maity: “Microstructural modifications in AISI 1080

eutectoid steel under combined cyclic heat treatment” Steel Research Int. (2015), 86,

No 9999.

20. R. Sarkar, C. Mondal, Deepak Kumar, Sabyasachi Saha, Atul Kumar, P. Ghosal:

“Structure-property Characterisation at Nanoscale using In-situ TEM and SEM” Defence Science Journal (2016), 66 (4), July 2016, p381-390.

21. A. Mishra, C. Mondal, J. Maity: “Effect of Combined Cyclic Heat Treatment on AISI

1080 Steel: Part II-Mechanical Property Evaluation, Steel Research Int. (2016), 87,

No 9999.

22. A. Mukhopadhyay, D. Chatterjee, C. Mondal, S. Punnose, K. Gopinath:

“Characterization of microstructural changes due to prolonged thermal exposure of

directionally solidified Ni-base super alloy CM 247LC using ultrasonic” Ultrasonics

(2018), 90, p42–51.

23. A.R. Subhani, D.K. Mondal, C. Mondal, J. Maity: “Attainment of an exceptionally

high strength in low carbon steel along with modest ductility through a novel heat

treatment route” Phil. Mag. Lett. (2018), 98 (6), p240–251.

24. A.R. Subhani, D.K. Mondal, C. Mondal, J. Maity: “Synthesis of Nano-Particle

Dispersed Highly Substructured Strong and Ductile Low Carbon Steel Possessing

Structural Hierarchy” Steel Research Int. (2019), No 1800519.

25. V. Singh, C. Mondal, A. Kumar, P.P. Bhattacharjee, P. Ghosal: “High temperature

compressive flow behavior and associated microstructural development in a β-

stabilized high Nb-containing -TiAl based alloy” J. Alloys Compd. (2019), 788, 573-

585. [https://doi.org/10.1016/j.jallcom.2019.02.207]

26. A.R. Subhani, D.K. Mondal, C. Mondal, H. Roy, J. Maity: “Development of a high

strength low-Carbon steel with reasonable ductility through thermal cycling”, J.

Mater. Engg. Performance (2019), 28(4), 2192-2201. [https://doi.org/10.1007/s11665-019-

03969-5]

27. V. Singh, C. Mondal, P.P. Bhattacharjee, P. Ghosal: “Microstructural

Characterization by Automated Crystal Orientation and Phase Mapping by Precession

Electron Diffraction in TEM: Application to Hot Deformation of a -TiAl based

Alloy” Microscopy and Micanalysis (2019), 25, 1457-1465.

28. V. Singh, A. Kumar, C. Mondal, P.P. Bhattacharjee, P. Ghosal: “High temperature

compressive flow behavior and associated microstructural development in a β-

stabilized high Nb-containing -TiAl based alloy” SN Applied Sciences (2019), 1:366.

[https://doi.org/10.1007/s42452-019-0380-0]

29. D. Chouhan, A.K. Singh, S. Biswas, C. Mondal: “On the strain hardening behavior

and twi-induced grain refinement of CP-Ti under ambient temperature compression”

Metall. Mater. Trans. A (2019), 50(5), 2169-2188.

30. V. Singh, C. Mondal, R. Sarkar, P.P. Bhattacharjee, P. Ghosal: “Compressive creep

behavior of a γ-TiAl based Ti–45Al–8Nb–2Cr-0.2B alloy: The role of β(B2)-phase

and concurrent phase transformations” Mat. Sci. Eng. A (2020), 774, 138891. [https://doi.org/10.1016/j.msea.2019.138891]

31. V. Singh, C. Mondal, R. Sarkar, P.P. Bhattacharjee, P. Ghosal: “Dynamic

recrystallization of a β(B2)-stabilized -TiAl Ti-45Al-8Nb-2Cr-0.2B alloy: The

contributions of constituent phases and Zener-Hollomon modulated recrystallization

mechanisms” J. Alloys Compd. (2020), 828, 154386. [https://doi.org/ 10.1016/ j.jallcom.2020.154386]

Conference Proceedings:

1. A.K. Mukhopadhyay, G.M. Reddy, K.S. Prasad. S.V. Kamat, A. Dutta and C.

Mondal: “Influence of Sc Additions on the Microstructure and Properties of AA 7010

Alloy Sheets” in J.T. Staley Honorary Symposium on Al Alloys (ed. M. Tiryakioglu),

ASM Materials Solutions Conf., Indianapolis, USA, ASM International (2001) 63.

2. C. Mondal and AK Mukhopadhyay: “Correlations Between Electrical Conductivity

and Aging Behavior of 7010 Base Aluminium Alloys” in Proc. of INCAL’03 (ed. S.

Subramanian and D.H. Sastry), New Delhi (2003) 255.

3. C. Mondal, AK Mukhopadhyay and VV Rama Rao: “On the Nature of Second Phase

Particles Present in the As-cast 7055 Aluminium Alloy” in Proc. of INCAL’03 (ed. S.

Subramanian and D.H. Sastry), New Delhi (2003) 261.

4. C. Mondal, AK Mukhopadhyay, KS Prasad and VK Varma: “Influence Of Quench

Rates on the Peak Aged Properties of 7010 Aluminium Alloy” in Proc. of INCAL’03

(ed. S. Subramanian and D.H. Sastry), New Delhi (2003) 269.

5. A. K. Mukhopadhyay, G.M. Reddy, K.S. Prasad, V.K. Varma and C. Mondal:

“Microstructure-property relationships in a high strength Al-Zn-Mg-Cu-Zr alloy” in

Proc. ICAA 9, August 2-5, 2004, Brisbane, Australia.

6. C. Mondal, A.K. Mukhopadhyay, T. Raghu and KS Prasad: “Extrusion processing of

high strength 7055 Al alloy” in Proc. ICAMMP 2006 (eds. UK Chatterjee, BK

Dhindhaw), February 3-5, Kharagpur, India.

7. C. Mondal and A.K. Singh: “Micro-textural Evolution during Annealing and Cold

Rolling of a 7010 Al Alloy Studied by Electron Backscattered Diffraction (EBSD)” in

Proc. EMSI-50, July 3-5, 2011, Hyderabad, India.

8. B. Podder, C. Mondal, G. Gopi, K. Ramesh Kumar, and D.R. Yadav: “Effect of cold

flow forming deformation on the tensile properties of 15CrMoV6 steel” in Proc. Of

Int. Conf. on Mechanical and Aerospace Engineering (CMAE 2011), March 19-20,

2011, New Delhi, India.

9. C. Mondal, A.K. Mukhopadhyay, T. Raghu and KS Prasad: “Extrusion processing of

high strength 7055 Al alloy” in Proc. ICOTOM-16 (eds. I. Samajdar et al.), December

12-17, 2011, Mumbai, India.

10. C. Mondal, A.K. Singh, AK Mukhopadhyay, K. Chattopadhyay: “Thermal and

Mechanical Stability of the Single Component Rotated Brass Texture in a 7010

Aluminum Alloy”, in Proc. ICOTOM-16 (eds. I. Samajdar et al.), December 12-17,

2011, Mumbai, India.

11. C. Mondal, A.K. Singh, AK Mukhopadhyay, K. Chattopadhyay: “Mechanical

Property Anisotropy of 7010 Aluminum Alloy Sheet having Single Rotated-Brass

Texture”, in Proc. ICOTOM-16 (eds. I. Samajdar et al.), December 12-17, 2011,

Mumbai, India.

12. C. Mondal, A.C. Umamaheshwer Rao, G.R.N. Tagore, A.K. Singh: “Effect of Roll

Diameter and Modes of Rolling on Evolution of Texture in High Purity Aluminum”,

in Proc. ICOTOM-16 (eds. I. Samajdar et al.), December 12-17, 2011, Mumbai, India.

13. P. K. Jena, C. Mondal, K. Siva Kumar, A.K.Singh: “Effect of Modes of Rolling on

Mechanical Properties, Texture and Ballistic Performance of Al-7017 Alloy”, in Proc.

ICOTOM-16 (eds. I. Samajdar et al.), December 12-17, 2011, Mumbai, India.

14. B. Podder, C. Mondal, G. Gopi, K. Ramesh Kumar, D. R. Yadav: “Effect of cold

flow forming deformation on the tensile properties of 15CrMoV6 steel” in

International Conference on Mechanical and Aerospace Engineering (CMAE 2011),

2011, New Delhi, India

15. C. Mondal, R. Sarkar and A.K. Singh: “Electron Microscopic Study on the Stability

of ‘Brass’-{110}556 Texture during Cold Rolling of 7010 Aluminum Alloy” in

Proc. EMSI-2012, July 1-3, 2012, Bangalore, India

16. B. Podder, C. Mondal, K. Ramesh Kumar, D. R. Yadav: “Prediction of Tensile

Strength of Flow Formed 15CDV6 Steel Tubes” in 4 th International AIMTDR Conf.

(AIMTDR-2012), 14-16 December, 2012, Kolkata, India

17. C. Mondal, K. P. Balan, M. Srinivas: “Corrosion of a Welded Propellant Tank: A

case study on failure analysis” in National Welding Sem inar (NWS 2014-15), 22-24

January, 2015, Jamshedpur, India

1) “Formation of “grain-scale” shear bands during cold rolling of 7010 Al alloy

and its implication on the stability of ‘Brass’-{110}556 texture” in International

Conference on Electron Microscopy (ICEM), Dec 2012, IIT BHU, Varanasi.

2) “Role of Crystallographic Texture in Development of Aluminum Alloys for

Automobile and Defence Applications” in The 7th Indo-Korean Joint Workshop on

“Green Mobility and Energy Materials” 26-27 November, 2015, ARCI & DST,

Hyderabad.

3) “Development of ‘Brass’-Texture in High Strength Aluminum Alloys: Stability

and Associated Strength Anisotropy” in The 4th International Conference on

Advances in Materials & Materials Processing (ICAMMP-IV), 5-7th November,

2016, IIT Kharagpur.

4) “Case Studies in Failure Analysis: A Journey through the Challenges and

Research Opportunities” in Seminar on Failure Analysis in Metallurgical

Industries (FAME-2017), 5th August, 2017, Hyderabad.

5) “Fundamentals of Failure Mechanisms and Failure Analysis of Service

Components” in CEP course on "Computer Aided Engineering for EW systems" on

12th October, 2017, DLRL, Hyderabad.

6) “Fundamentals of Failure Mechanisms: A Failure Analysis Perspective” in Pre-

conference Workshop, SICE-2018 on 24th July 2018, Hyderabad.

7) “Understanding the Failure Mechanisms in Aerospace Materials: A Failure

Analysis Perspective” in CEP course on “Certification in Aerospace Materials" on

5-7th August, 2018, RCMA (Mat), Hyderabad

8) IIT Gandhinagar

9) Sri Vishnu Engineering Collage, 2019, Bhimavaram

10) Asia-Pacific Microscopy Conference (APMC-12), 3-7th February, 2020, Hyderabad



One Week Skill Development Program on “AutoCAD and

3D Printing”

2019 - 2020 Dept. of Mechanical Engineering

SHRI VISHNU ENGINEERING COLLEGE FOR WOMEN:: BHIMAVARAM

(AUTONOMOUS) DEPARTMENT OF MECHANICAL ENGINEERING

Department of Mechanical Engineering organized a “One Week Skill Development

Program” on AutoCAD and 3D Printing for the supporting staff irrespective of the branches

from June 8th to June 13th, 2020 with an intent to share the expertise with the engineering

fraternity at large adding value to their professional outlook.

AutoCAD is computer aided design software that includes industry specific features and

intelligent objects for mechanical engineering, architecture, electrical design and more to create

precise drawings.

The day had cropped up with an inciting speech by Dr. P. Srinivasa Raju, Vice Principal

SVECW and later the session was unfolded by Mrs. P. Lavanya, Assistant Professor & Ms. S.

Harika, Assistant Professor, Department of Civil Engineering following the personal protective,

environmental and social distancing measures in view of novel corona virus pandemic.

The session was excogitated with the basics of AutoCAD 2D and the same has been shared in

the form of handout for better cognizance.

Line, Polyline, arc, polygons, etc draw commands

Editing or modifying tools like trim, erase, extend, fillet, scale, hatch, copy, move, offset,

stretch, mirror, rotate, etc.

Object snap mode, setting units, line types, line color, scale factor

Texting, dimensions and their properties, saving the plot, printing

Brief explanation, occasionally summarizing, elucidation of doubts has made the session more

informative, effective and enhancing. For more productive workflow & intensive usage of tools,

hands on practice is accentuated in the complete session. Diverse exercise drawings have been

given and the output was quite eye catching.

Last two days of the workshop are dedicated to the 3D Printing technology presented by Mr.

Teja Venkata Satish J, Assistant Professor, Department of Mechanical Engineering, with the help

of online video meeting tool ZOOM. The topics discussed are as follows.

What is 3D Printing

How does it work

History of 3D Printing

Steps followed in 3D Printing process

Various methods and technologies like SLS, FDM, SLA

Applications of 3D Printing in various fields

Videos related to various 3D Printing processes for better understanding

Later 3D Printer (MakerBot Replicator+) was demonstrated by Mr. N. Kalyan Chakravarthy,

Lab Technician, Department of Mechanical Engineering to all the participants and a small object

was also printed for the better understanding.

All the participants have been awarded e-certificate upon successfully completing their training

which is indispensable to prove his/her skills and abilities.



One Week National level Faculty Development Program

on “Soft Skills”

2019 -20



One Week National level Faculty Development Program

on “Applications of Mathematics in Engineering and

Technology (AMET)”

2019 -20



National level One Week Faculty Development Program

on “Organic Synthesis and Reaction Mechanism”

2019 -20

SHRI VISHNU ENGINEERING COLLEGE FoR WOMEN::BHIMAVARAM(AUTONOMOUS)

DEPARTMENT OF' BASIC SCIENCE

Date:09lll/201q

ToThe principal,SVECW,Bhimavaram.

Sir,

Subject: Conducting a National level one Week FDP-Request for permission and Approval ofBudget-Reg.

It is proposed to conduct a-National level one week FDp onMechanism" duringl2'h -18th DECEMBER 201 g (osRM-201 g).Thisto conduct the FDP and sanction the proposed budget. The detailedyour kind consideration and approval.

"Organic Synthesis and Reactionis to request your kind permissionbudget proposal is given below for

BUDGET PROPOSAL

Note: Expected participants: Outside: 20, SVES: l022Workshop Sessions + I Local Visit +l Inaugural+1 Valedicto ry :25 Sessions

S.No. Description of item Amount (Rs.)I Certificates (50) 650/-2. Brochures (75) and Covering letteis (75) 1400t-1J. Covers and Postal stamps (75) 400t-4.--5.

ID cards, Covers and clips (50) anO nadge<:Ol 3,100/-Bouquets (20) and Mementos (l5J 5,000/-

6. Banners (10) 3,000/-7.

8.

CDs (CDs + Cover + Stickers ) Q,) 1,000/-Wgrkshop kit(Bag+ Scribbling pad + pen) O, 30,2501-

9. Photos and Videos (50) 5,000/-10.

11.

Remuneration to Resource personslSl 58,000/-TA to Resource Persons 66,0001-

12. Boarding (Food) to delegates(4O per,song 83,000/-13. Stationary 5,500/-14. Local trip and Miscellaneous 29,0001-

Total Amount 2,90,3001-

(Dr. T.S.R.HOD-BS.

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One week workshop on "Enterprise Risk Management"

2019 -20 Dept. of MBA



One week workshop on "Creativity in Advertising - Necessary Strategies"

2019 -20 Dept. of MBA

Dept. of Civil Engineering - SVECW

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Transcript of Dept. of Civil Engineering - SVECW