SICART Industrial Galaxy - ISTARistar.edu.in/doc/galaxy2015.pdf · Training Seminars Interactive...
44
CHARUTAR VIDYA MANDAL'S CHARUTAR VIDYA MANDAL'S INSTITUTE OF SCIENCE & TECHNOLOGY FOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat Sardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120 INSTITUTE OF SCIENCE & TECHNOLOGY FOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat Sardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120 2015 Galaxy Galaxy
Transcript of SICART Industrial Galaxy - ISTARistar.edu.in/doc/galaxy2015.pdf · Training Seminars Interactive...
CHARUTAR VIDYA MANDAL'SCHARUTAR VIDYA MANDAL'S
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of GujaratSardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of GujaratSardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120
Sardar Patel Centre for Science & Technology,Vallabh Vidyanagar - 388 120. Dist, Anand, Gujarat, India
Phone/Fax : (02692) 234955, Email : [email protected]: www.istar.edu.in / istar.ac.in
CHARUTAR VIDYA MANDAL'S
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat
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Language Lab
In-Plant Training
Seminars
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Remedial classes
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SICART Training
Teaching-LearningMethodology
Annual Magazineof
Charutar Vidya Mandal's
Sardar Patel Centre for Science & Technology,Vallabh Vidyanagar-388120. Dist: Anand, Gujarat, India
Phone/Fax: (02692)234955, Email: [email protected]
Website: www.istar.edu.in / istar.ac.in
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH
11
EDITORIAL BOARD
Dr. ROHIT DAVE
Mr. PARAG MOTERIA
Mr. DHAIRYA JOSHI
Dr. DARSHANA PATEL
Ms. RAJAL PATEL
Mr. SHUBHAM CHANDAK
Ms. TEJAL PANCHAL
ADVISORY BOARD
Dr. P. M. UDANIDirector
Mr. Rupesh T. ShahVice President, Students Council
Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat
22 33
22 33
Dr. C. L. PatelChairman,Charutar Vidya Mandal
It gives me immense pleasure to learn that Institute of Science &
Technology for Advanced Studies & Research (ISTAR)(managed by Charutar
Vidyamandal), Vallabh Vidyanagar is publishing its college magazine “GALAXY” thwhich is to be published on its 16 Annual day celebrations.
ISTAR was established in 1999 and since then it has continued not only in
providing good opportunities through offering novel programmes at PG level in
Science and Technology, but also caters to the present need of the industries and
R & D sectors. I feel our students of ISTAR must imbibe the spirit of searching
mind, critical thinking and innovative ideas. Faculty members of ISTAR shall
emphasize on conducting research because it is a great source of knowledge and
teaching. I also hope that the faculty members will submit research proposals to
the various funding agencies of Government of India.
I congratulate Director, Staff, Students and ISTAR central committee who
have contributed their might putting hard efforts for publishing this magazine
GALAXY.
I CONVEY MY BEST WISHES TO EVERYONE IN THEIR ENDEAVOR.
Chairman’s Message
44
From the Desk of Director
Raising and maintaining quality standards in higher education
and preparing the students for the world of tomorrow is indeed a
challenging task. The year 2014 – 2015 has been productive and ISTAR
is accredited 'A' Grade by NAAC & KCG.ISTAR has continued to
progress steadily and decisively in all envisaged activities. Many
programs conducted by the institute are specifically designed and
provide in-depth theoretical understanding as well as required hands on
experience in excellent labs. The sponsored research and professional
quality calibration works carried out by team of eminent faculty of the
institute has generated recognition and faith among industries,
recruiting agencies and aspiring students. Institute is conscious about
the need for growth and sustainability and I look forward to do better in
future.
I am confident that with the support of enlightened management of
CharutarVidyaMandal under the patronage of Dr. C. L. Patel, ISTAR
will certainly attain high horizons in the era of knowledge economy in
the globalized world.
I compliment all who have contributed in publishing magazine of ISTAR
“GALAXY 2015”.
Dr. P. M. Udani
55
Dr. C. L. PatelChairman,Charutar Vidya Mandal
It gives me immense pleasure to learn that Institute of Science &
Technology for Advanced Studies & Research (ISTAR)(managed by Charutar
Vidyamandal), Vallabh Vidyanagar is publishing its college magazine “GALAXY” thwhich is to be published on its 16 Annual day celebrations.
ISTAR was established in 1999 and since then it has continued not only in
providing good opportunities through offering novel programmes at PG level in
Science and Technology, but also caters to the present need of the industries and
R & D sectors. I feel our students of ISTAR must imbibe the spirit of searching
mind, critical thinking and innovative ideas. Faculty members of ISTAR shall
emphasize on conducting research because it is a great source of knowledge and
teaching. I also hope that the faculty members will submit research proposals to
the various funding agencies of Government of India.
I congratulate Director, Staff, Students and ISTAR central committee who
have contributed their might putting hard efforts for publishing this magazine
GALAXY.
I CONVEY MY BEST WISHES TO EVERYONE IN THEIR ENDEAVOR.
Chairman’s Message
44
From the Desk of Director
Raising and maintaining quality standards in higher education
and preparing the students for the world of tomorrow is indeed a
challenging task. The year 2014 – 2015 has been productive and ISTAR
is accredited 'A' Grade by NAAC & KCG.ISTAR has continued to
progress steadily and decisively in all envisaged activities. Many
programs conducted by the institute are specifically designed and
provide in-depth theoretical understanding as well as required hands on
experience in excellent labs. The sponsored research and professional
quality calibration works carried out by team of eminent faculty of the
institute has generated recognition and faith among industries,
recruiting agencies and aspiring students. Institute is conscious about
the need for growth and sustainability and I look forward to do better in
future.
I am confident that with the support of enlightened management of
CharutarVidyaMandal under the patronage of Dr. C. L. Patel, ISTAR
will certainly attain high horizons in the era of knowledge economy in
the globalized world.
I compliment all who have contributed in publishing magazine of ISTAR
“GALAXY 2015”.
Dr. P. M. Udani
55
To add significantly to our enduring civilizational tradition of pioneering excellence in learning, knowledge,
enlightenment and self-realization, in a Universally relevant context.
We dedicate ourselves to the perpetuation of our Founders' Vision of providing the infrastructure, facilities,
operating conditions and overall environment conducive to the Education of young scholars, along with the
desired physical, mental and character building inputs; we firmly renew our commitment to providing value
added, globally relevant Education with an emphasis on the Techno Management domain, to ensure that our
scholars fruitfully exercise their knowledge, skills and values in the global economy.
01. To create and nourish a stimulating learning environment that ensures a globally relevant Education based on
Eternal human valuers;
02. To forge and reward excellence in the curricular as well as the non-curricular sectors so as to ensure the scholars'
global competitiveness;
03. To tap, nurture and unleash the innovative entrepreneurial abilities of scholars and thereby ensure life-long
socio-economic, value addition;
04. To evoke and embellish the finest traits of human excellence that go on to dovetail into a sustainable career
growth curve;
05. To affiliate, associate, liaise or otherwise synergize with any institution, body, entity, ethno cultural diaspora and
the overall global fraternity in any form whatsoever, in support of the above;
06. To initiate, consolidate and extrapolate any objectives, functions and activities in support of the above.
VISION
MISSION
OBJECTIVES
66 77
1. From the Desk of Editors ..........................................................................................................................8
2. Student Council & Class Representatives list.........................................................................................9
3. S. P. University & GTU Result ..................................................................................................................9
4. University Gold Medal List ......................................................................................................................10
5. Prize Winners in Various Competitions...................................................................................................10
6. Various Activities Organized ...................................................................................................................11
7. Industrial Visits........................................................................................................................................12
8. Activities of NSS .....................................................................................................................................13
9. Seminar/Workshop/Training program organized ....................................................................................14
10. Detail of Distinguished Alumni ................................................................................................................15
11. Participation of Students in Seminars/Conferences ...............................................................................16
12. Scholarship Awards ................................................................................................................................17
13 Students’ Achievements .........................................................................................................................18
14. Articles....................................................................................................................................................20
15. Placement Detail ....................................................................................................................................31
16. Sports Activities ......................................................................................................................................35
INDEX
To add significantly to our enduring civilizational tradition of pioneering excellence in learning, knowledge,
enlightenment and self-realization, in a Universally relevant context.
We dedicate ourselves to the perpetuation of our Founders' Vision of providing the infrastructure, facilities,
operating conditions and overall environment conducive to the Education of young scholars, along with the
desired physical, mental and character building inputs; we firmly renew our commitment to providing value
added, globally relevant Education with an emphasis on the Techno Management domain, to ensure that our
scholars fruitfully exercise their knowledge, skills and values in the global economy.
01. To create and nourish a stimulating learning environment that ensures a globally relevant Education based on
Eternal human valuers;
02. To forge and reward excellence in the curricular as well as the non-curricular sectors so as to ensure the scholars'
global competitiveness;
03. To tap, nurture and unleash the innovative entrepreneurial abilities of scholars and thereby ensure life-long
socio-economic, value addition;
04. To evoke and embellish the finest traits of human excellence that go on to dovetail into a sustainable career
growth curve;
05. To affiliate, associate, liaise or otherwise synergize with any institution, body, entity, ethno cultural diaspora and
the overall global fraternity in any form whatsoever, in support of the above;
06. To initiate, consolidate and extrapolate any objectives, functions and activities in support of the above.
VISION
MISSION
OBJECTIVES
66 77
1. From the Desk of Editors ..........................................................................................................................8
2. Student Council & Class Representatives list.........................................................................................9
3. S. P. University & GTU Result ..................................................................................................................9
4. University Gold Medal List ......................................................................................................................10
5. Prize Winners in Various Competitions...................................................................................................10
6. Various Activities Organized ...................................................................................................................11
7. Industrial Visits........................................................................................................................................12
8. Activities of NSS .....................................................................................................................................13
9. Seminar/Workshop/Training program organized ....................................................................................14
10. Detail of Distinguished Alumni ................................................................................................................15
11. Participation of Students in Seminars/Conferences ...............................................................................16
12. Scholarship Awards ................................................................................................................................17
13 Students’ Achievements .........................................................................................................................18
14. Articles....................................................................................................................................................20
15. Placement Detail ....................................................................................................................................31
16. Sports Activities ......................................................................................................................................35
INDEX
CLASS REPRESENTATIVES
S. P. UNIVERSITY & GTU EXAM RESULT FOR THE ACADEMIC YEAR 2013-14
Sr. Course Final Year
1. M.Sc. Industrial Chemistry 100%
2. M.Sc. Surface Coating Technology 100%
3. M.Sc. Organic Chemistry 72%
4. M.Sc. Polymer Science & Technology 100%
5. M.Sc. Environmental Science & Technology 100%
6. M.Sc. Information Technology 100%
7. MCA 94%
8. M.Sc. Instrumentation 100%
9. M.Sc. Industrial Hygiene & Safety 100%
10. Master of Valuation 100%
11. P. G. Diploma in Geo Informatics 100%
STUDENTS COUNCIL
Students Representatives
Mr. Nishant Solanki, General Secretary
Ms. Nidhi Naik, Ladies Representative
Mr. Bhavdeep Jadeja, Sports Secretary
Mr. Sukhjeet Singh, Cultural Secretary
Mr. Samir Kapadiya, Cultural Secretary
Co-Curricular Actvity Advisors
Dr.Rohit DaveMr.Parag MoteriaDr.Darshana Patel
UdaanMr.Swapnil PatelMrs.Druti Patel
President
Dr. P.M.UDANI
Sports Advisors
Mr. Rupesh T. ShahDr.Amit Thummar
Cultural Activity Advisors ( Navratri, Talent Evening)
Dr. Mijal Mistry Mrs. Nikky JainDr.Hiren SoniMrs. Druti Patel
Vice-President
Mr.Rupesh Shah
1. Rutul Patel Industrial Chemistry
2. Dixit Bhalani Industrial Chemistry
3. Shubam Surface Coating Technology
4. Dhairya Joshi Surface Coating Technology
5. Smit Patel Polymer Science & Technology
6. Kuldeepsinh Rathod Polymer Science & Technology
7. Darshan Upadhyaiy Organic Chemistry
8. Shailesh Chauhan Organic Chemistry
9. Pratik Vyas M.C.A.
10. Dhara Patel Information Technology
11. Govardhan Environmental Science & Technology
12. Bhautik Purohit Instrumentation
13. Bhavesh Patel Instrumentation
14. Anup A. Paranjape Industrial Hygiene & Safety
15. Shaktisinh Raol Industrial Hygiene & Safety
16. Tejal Panchal Valuation (Sem. II )
17. Samir Kapadiya Valuation (Sem. IV)
18. Sukhjeet Singh M.C.A
99
From the Desk of Editors
It is a matter of immense honour to be the members of editorial board of thGALAXY 2015 to be released on the occasion of 16 Annual day. Galaxy offers
a complete and thorough account of programmes and activities conducted
with a view to acquire academic and supportive excellence.
The magazine has offered a meaningful platform for students to show
their techniccal expressive skills and novel ideas. The matter presented here
gives an idea about the student complete and overall personality development
achieved by student of ISTAR through wide and varied exposure, support and
exhaustive training in the healthy and educating environment of the Institute.
We sincerely enjoyed the process of collecting, compiling and editing
write-ups and articles from the contributors in our endeavor to enlighten you
with some purposeful data.
88
Dr. ROHIT DAVE
Mr. PARAG MOTERIA
Mr. DHAIRYA JOSHI
Dr. DARSHANA PATEL
Ms. RAJAL PATEL
Mr. SHUBHAM CHANDAK
Ms. TEJAL PANCHAL
CLASS REPRESENTATIVES
S. P. UNIVERSITY & GTU EXAM RESULT FOR THE ACADEMIC YEAR 2013-14
Sr. Course Final Year
1. M.Sc. Industrial Chemistry 100%
2. M.Sc. Surface Coating Technology 100%
3. M.Sc. Organic Chemistry 72%
4. M.Sc. Polymer Science & Technology 100%
5. M.Sc. Environmental Science & Technology 100%
6. M.Sc. Information Technology 100%
7. MCA 94%
8. M.Sc. Instrumentation 100%
9. M.Sc. Industrial Hygiene & Safety 100%
10. Master of Valuation 100%
11. P. G. Diploma in Geo Informatics 100%
STUDENTS COUNCIL
Students Representatives
Mr. Nishant Solanki, General Secretary
Ms. Nidhi Naik, Ladies Representative
Mr. Bhavdeep Jadeja, Sports Secretary
Mr. Sukhjeet Singh, Cultural Secretary
Mr. Samir Kapadiya, Cultural Secretary
Co-Curricular Actvity Advisors
Dr.Rohit DaveMr.Parag MoteriaDr.Darshana Patel
UdaanMr.Swapnil PatelMrs.Druti Patel
President
Dr. P.M.UDANI
Sports Advisors
Mr. Rupesh T. ShahDr.Amit Thummar
Cultural Activity Advisors ( Navratri, Talent Evening)
Dr. Mijal Mistry Mrs. Nikky JainDr.Hiren SoniMrs. Druti Patel
Vice-President
Mr.Rupesh Shah
1. Rutul Patel Industrial Chemistry
2. Dixit Bhalani Industrial Chemistry
3. Shubam Surface Coating Technology
4. Dhairya Joshi Surface Coating Technology
5. Smit Patel Polymer Science & Technology
6. Kuldeepsinh Rathod Polymer Science & Technology
7. Darshan Upadhyaiy Organic Chemistry
8. Shailesh Chauhan Organic Chemistry
9. Pratik Vyas M.C.A.
10. Dhara Patel Information Technology
11. Govardhan Environmental Science & Technology
12. Bhautik Purohit Instrumentation
13. Bhavesh Patel Instrumentation
14. Anup A. Paranjape Industrial Hygiene & Safety
15. Shaktisinh Raol Industrial Hygiene & Safety
16. Tejal Panchal Valuation (Sem. II )
17. Samir Kapadiya Valuation (Sem. IV)
18. Sukhjeet Singh M.C.A
99
From the Desk of Editors
It is a matter of immense honour to be the members of editorial board of thGALAXY 2015 to be released on the occasion of 16 Annual day. Galaxy offers
a complete and thorough account of programmes and activities conducted
with a view to acquire academic and supportive excellence.
The magazine has offered a meaningful platform for students to show
their techniccal expressive skills and novel ideas. The matter presented here
gives an idea about the student complete and overall personality development
achieved by student of ISTAR through wide and varied exposure, support and
exhaustive training in the healthy and educating environment of the Institute.
We sincerely enjoyed the process of collecting, compiling and editing
write-ups and articles from the contributors in our endeavor to enlighten you
with some purposeful data.
88
Dr. ROHIT DAVE
Mr. PARAG MOTERIA
Mr. DHAIRYA JOSHI
Dr. DARSHANA PATEL
Ms. RAJAL PATEL
Mr. SHUBHAM CHANDAK
Ms. TEJAL PANCHAL
STARS OF ISTAR WHO WON GOLD MEDAL IN 2014UNIVERSITY EXAMINATION
Sr. Department Name of Awardees Name of the Gold Medal
1 Industrial Chemistry Ms. Meena ParmarCharutar Vidyamandal's Dr. R. P. Patel Gold Medal
2 Surface Coating Technology Mr. Jatin DesaiO.C. Shah, Usha Paints Gold MedalSaujanya Enterprise Gold Medal
3 Polymer Science & Technology Mr. Ravikumar B SavliyaCharutar Vidyamandal's Yashodaraben Ambalal Patel Gold Medal
4 Environmental Science & Technology Ms. Mittal Kyada Charutar Vidyamandal's Gold Medal
5 Instrumentation Mr. Kamil B KapadiaSmt. Vimlaben G. Patel & Shri Gunvantbhai C Patel Gold Medal
6 Industrial Hygiene & Safety Mr. Ankur Sharma Charutar Vidyamandal's Gold Medal
7 Master of Valuation (Real Estate) Mr. Ankur DesaiSmt. Vasantiben Chunilala Shah
Gold Medal
8Master of Valuation (Plant & Machinery)
Mr. Jigesh Mehta, Smt. Pragji Dharshi Budhbhatti
Gold Medal
1010
VARIOUS ACTIVITIES ORGANIZED DURING 2014-15
?MISA (M.Sc. Industrial Chemistry Students Association) sponsored Debate Competition on Semester System Vs Annual System by Industrial Chemistry Department on 9th July, 2014.
?MISA (M.Sc. Industrial Chemistry Students Association) sponsored Elocution Competition on Role of Indian Youth in preventing Corruption by Industrial Chemistry Department on 1st August 2014.
?Safety Day Celebration (Poster Making & Slogan Writing competition) by Environment Science and Technology Department on 4th March, 2014.
?Oral Presentation competition by Organic Department on 30th August 2015.
?Poster Making competition based on Recent trends in Computer technology was organized by MCA Department on 26th July, 2014.
?Elocution Competition by Student Council on 24th February,2015
?Eid Celebration by Industrial Chemistry on 30th July,2014
?Janmashtmi Celebration by Industrial Chemistry on19th August,2014
?Dusshera Celebration by Industrial Chemistry on 1st October 2014
?Uttarayan Celebration by Industrial Chemistry on 13th January 2015
?Conducted various competitions viz. Poster Making, Cartoon Making, Essay Writing on account of World Ozone Day Celebration on by Environment Science & Technology Department on 16th September, 2014.
?One-Day Bird Watching Program at Khodiyar Wetland, Anand by Environment Science & Technology Department on 7th January, 2015.
?Students Social Responsibility Progamme organized by Industrial Hygiene & Safety Department. Training and distribution of PPEs to construction workers and Traffic policemen.
?Teachers’ day celebration on 5th September 2014 by Organic Chemistry Department and Valuation Department.
?Poster making competition on Swachchh Bharat organised by ISTAR Student Council on 30th January, 2015.
?One day Seminar on ‘Health awareness & women empowerment through education’, organized by Women cell, ISTAR on 2nd March, 2015.
1111
TechnoKhoj-2015
C/C++ programming Competition2nd price: Jayan Jyot & Akash Patel
Web Programming Competition1st Price: Dhara Patel
Poster Competition:1st price: Vipal Patel & Anish Patel
Paper Presentation:1st price: Yesha K. Nathiyera
Elocution CompetitionFirst : Stanenly JabakumarSecond : Vini Mittal
PRIZE WINNERS IN VARIOUS COMPETITIONS
Rangoli Competition on Women Day CelebrationFirst : Organic Dept. Second : Industrial Chemistry Dept.
STARS OF ISTAR WHO WON GOLD MEDAL IN 2014UNIVERSITY EXAMINATION
Sr. Department Name of Awardees Name of the Gold Medal
1 Industrial Chemistry Ms. Meena ParmarCharutar Vidyamandal's Dr. R. P. Patel Gold Medal
2 Surface Coating Technology Mr. Jatin DesaiO.C. Shah, Usha Paints Gold MedalSaujanya Enterprise Gold Medal
3 Polymer Science & Technology Mr. Ravikumar B SavliyaCharutar Vidyamandal's Yashodaraben Ambalal Patel Gold Medal
4 Environmental Science & Technology Ms. Mittal Kyada Charutar Vidyamandal's Gold Medal
5 Instrumentation Mr. Kamil B KapadiaSmt. Vimlaben G. Patel & Shri Gunvantbhai C Patel Gold Medal
6 Industrial Hygiene & Safety Mr. Ankur Sharma Charutar Vidyamandal's Gold Medal
7 Master of Valuation (Real Estate) Mr. Ankur DesaiSmt. Vasantiben Chunilala Shah
Gold Medal
8Master of Valuation (Plant & Machinery)
Mr. Jigesh Mehta, Smt. Pragji Dharshi Budhbhatti
Gold Medal
1010
VARIOUS ACTIVITIES ORGANIZED DURING 2014-15
?MISA (M.Sc. Industrial Chemistry Students Association) sponsored Debate Competition on Semester System Vs Annual System by Industrial Chemistry Department on 9th July, 2014.
?MISA (M.Sc. Industrial Chemistry Students Association) sponsored Elocution Competition on Role of Indian Youth in preventing Corruption by Industrial Chemistry Department on 1st August 2014.
?Safety Day Celebration (Poster Making & Slogan Writing competition) by Environment Science and Technology Department on 4th March, 2014.
?Oral Presentation competition by Organic Department on 30th August 2015.
?Poster Making competition based on Recent trends in Computer technology was organized by MCA Department on 26th July, 2014.
?Elocution Competition by Student Council on 24th February,2015
?Eid Celebration by Industrial Chemistry on 30th July,2014
?Janmashtmi Celebration by Industrial Chemistry on19th August,2014
?Dusshera Celebration by Industrial Chemistry on 1st October 2014
?Uttarayan Celebration by Industrial Chemistry on 13th January 2015
?Conducted various competitions viz. Poster Making, Cartoon Making, Essay Writing on account of World Ozone Day Celebration on by Environment Science & Technology Department on 16th September, 2014.
?One-Day Bird Watching Program at Khodiyar Wetland, Anand by Environment Science & Technology Department on 7th January, 2015.
?Students Social Responsibility Progamme organized by Industrial Hygiene & Safety Department. Training and distribution of PPEs to construction workers and Traffic policemen.
?Teachers’ day celebration on 5th September 2014 by Organic Chemistry Department and Valuation Department.
?Poster making competition on Swachchh Bharat organised by ISTAR Student Council on 30th January, 2015.
?One day Seminar on ‘Health awareness & women empowerment through education’, organized by Women cell, ISTAR on 2nd March, 2015.
1111
TechnoKhoj-2015
C/C++ programming Competition2nd price: Jayan Jyot & Akash Patel
Web Programming Competition1st Price: Dhara Patel
Poster Competition:1st price: Vipal Patel & Anish Patel
Paper Presentation:1st price: Yesha K. Nathiyera
Elocution CompetitionFirst : Stanenly JabakumarSecond : Vini Mittal
PRIZE WINNERS IN VARIOUS COMPETITIONS
Rangoli Competition on Women Day CelebrationFirst : Organic Dept. Second : Industrial Chemistry Dept.
INDUSTRIAL VISITS DURING 2014-15
Sr. Department Organization
1 Industrial Chemistry 1) Atul Ltd., Valsad2) Lupin Ltd., Dabhasa3) Chembond Industries,Padra4) SPRERI, V.V.Nagar
2 Surface Coating Technology 1)Kairacan, Kanjri2) Wel-fab, VUNagar3) Modern Engineering, VUNagar4) Berger Paints, VUNagar
3 Organic Chemistry 1) Atul LTD, Atul, Valsad
4 Polymer Science & Technology 1) Ferromatic Millakron Ltd., Vatva
2) Neoplast India Pvt. Ltd., Vatva
3) Prasad Group of Industries., Vatva
4) Sudeep Industries, Vatva
5) Plastindia-2015 at Gandhinagar Gujarat.
5 Environmental Science & Technology
1) NETP, Nandesari, 2) VECL, Dhanora3) SPRERI, V.V.Nagar
6 Information Technology 1) Neerja Software Pvt. Ltd, Jaipur.2) Scan Point Geometrics, Ahmedabad3) BISAG , Gandhinagar
7 MCA 1) C-DAC Head Quarter, Pune
2) BISAG, Gandhinagar and Compusense, Ahmedabad.
8 Instrumentation 1) EQDC, Gandhinagar 2) Classic Marble, Silvassa
9 Industrial Hygiene & Safety 1) Vulcan Industries Ltd., Sojitra.2) Magicrete Building Solutions Ltd., Navsari
10 Master of Valuation 1) Construction site visits at Vallabh Vidyanagar 2) Sub-Registrar's office, Anand Collector office3) Town Planning Department, Anand Area Development Authority
1212
ACTIVITIES OF NATIONAL SERVICE SCHEME (NSS)
Student Achievements
©Jaydeep Dudhatra attended 10days National level workshop at Jaipur.
©Nitin Savaj attended the state level workshop at Vadodara
©Chintan M. Patel and Vivek Makwana attended the state level workshop at Ahmedabad
©Vivek, Chintan, Nitin, Mahesh and Gautam attended the district level workshop at V. V. Nagar
Activities
1.'Sudama ni Joli', jointly with Rotary Club, Anand, one month ration to needy people on 02/06/2014
2.Tree plantation in ISTAR campus on 08/08/2014
3.Thalassemia awareness and check up camp on 26/08/2014
4.Blood donation camp on 8/9/2014
5.Account opening under 'Pradhanmantri Jan Dhan Yojana' and Toilet facility survey in Sept. 2014
6.Special Camp during 17/1/15 to 23/01/15 at Gana Village.
The NSS unit of ISTAR had organized Seven Days special NSS camp based on the theme of 4S (Swachh
Bharat, Susikshit Bharat, Swasth Bharat & Surakshit Bharat) at Gana Village located at 5km from Vallabh
Vidyanagar.
Various activities based on theme like Medical Camps, Women Empowerment lectures series, Swachchh
Bharat Abhiyan, Lecture series on subjects like Maths, Science, Environment Science etc., Survey and
Information Regarding Pradhanmantri Jan Dhan Yojna, Widow Pension, Senior Citizen Pension, Toilet
Facilities, Polio Awareness, Addiction Eradication Camp etc. were organized.
1313
SEMINAR / WORKSHOP / TRAINING PROGRAM ORGANIZED BY DEPARTMENT (2014-15)
Sr. Name of Department Nature of Activity
1. Industrial Chemistry
th1) Round table discussion on challenges & opportunities in chemical industries on 15
December, 2014.th2) A workshop on chemical analysis and calibration of laboratory instruments on 10
January,2015
3) CHEM INNOVA -2015, A paper presentation competition based on new trends & stdevelopments in chemical sciences & technology on 31 January, 2015.
2. Surface Coating Technology thConducted corporate training for IFFCO officials at Kalol on 17 October 2014.
3. Organic Chemistry thState Level workshop on Best Practices on Research & Development on 12 February 2015.
4Environmental Science & Technology
th1) One Day Regional Workshop on Recent Trends in Environmental Science & Technology on 11
September, 2014
2) 3 Days On-hand Training Program on Environmental Pollution Monitoring & Health Risks, 18 to
20 December, 2014.
4) One Day Workshop on Environmental Pollution Monitoring & Health Risks on 6 to 7
January,2015.th5) One Day Workshop on Environmental Pollution Monitoring & Health Risks on 7 January, 2015.
th6) One Day Bird Watching Program at Khodiyar Wetland, Anand, on 7 January, 20157) National Seminar on Green & Clean Environmental Initiative on 28th February, 2015
5 Information Technology
th1) One Day Webinar on “IT Project Training” on 10 October 2014 by ILDC (Ahmedabad) at ISTAR.
nd2) One Day State level Workshop On “GIS Technology & Applications” on 22 January, 2015
at ISTAR.
1414
6 MCA
1) Mobile Application Development using Android on 16th February 2014 by IEEE ISTAR Student
Branch.th2) One Day Workshop on “PHP and MySQL Technology” (OSTC) on 25 November 2014
organized ISTAR & Spoken Tutorial Project, IIT Bombay, funded by National Mission on Education through ICT, MHRD, Govt. of India.
3) National Workshop on Network, Network Simulation & Information Security [NWNSIS-2014]
organized by MCA & IEEE Gujarat Section during 24-29 November, 2014.
4) GUJCOST sponsored one day regional workshop on “Exploring Data Mining with Statistical
Methods using SPSS” on 28th January, 2015.
5) State level Technical Event "Technokhoj-2015" organised on 20th February, 2015
DETAILS OF DISTINGUISHED ALUMNI TO BE FELICITATED ON ANNUAL DAY
Sr. Department Name of AlumniYear of Passing
Designation Organization
1 Industrial Chemistry Mr. Vimal Savani 2001 Manager-ProductionLupin Ltd.,Ankleshwar
2Surface Coating Technology
Dr. Hitesh Hirani 2002 MD Neatkot, Rajkot
3 Organic Chemistry Mr. Jignesh Mistri 2012 Executive (Analytical Lab) ATUL LTD., Valsad
4Polymer Science & Technology
Mr. Nimesh Niak 2000 Production ManagerJolly Container Ltd, Daman.
5Environmental Science & Technology
Mr. Ashis Dubey 2003 AGM-EHSIPCA Laboratory, Vadodara
6 Information Technology Mr. Sidharth J. Mehta 2012Computer EngineeringE-governance Project
Bharuch Nagarpalika
7 MCA Mr. Hardik Trivedi 2009 CEO Om Infosolution, India
8 Instrumentation Mr. Nirav Shah 2002 Manager-Engineering PurchaseAarti Industries Ltd., Vapi
9Industrial Hygiene & Safety
Mr. Bhaven Shukla 2006 Manager- Health and Safety Vulcan Industries Ltd.
10 Master of Valuation Mr. Pradeep Gandhi 2006 VP-Advisory Services Knight Friend India
1515
7 Instrumentation
th1) 'Frontiers in Instrumentation', State level conference on 11 October 2014. The conference was jointly
with International Society of Automation-Gujarat Section and Emerson Process Management India Pvt.
Ltd. Vadodara.
2) PLC programming workshop in collaboration with University Rojgar Kendra for Unemployed Registered
Diploma Holders during 23 to 25 June 2014.
3) Workshop on embedded systems jointly with profilic systems & technologies, mumbai during 13 to 14
February, 2015.
8 Industrial Hygiene & SafetyInternational Seminar on Industrial Hygiene at The West Inn Hotel ,Mumbai was organized
jointly with CIHA & AIHA during 10-12 February, 2015.
9 Master of Valuation
1) One Day Workshop on “Career Opportunities in Valuation Profession after Civil thEngineering” on Friday, 13 February, 2015 Organized jointly by : Valuation Dept., ISTAR;
Civil Dept. BVM and Civil Dept. ADIT at BVM Auditorium
2) One day seminar on “Valuation of Real Estate and Plant & Machinery” at ISTAR on 28
February 2015.
PARTICIPATION OF STUDENTS IN SEMINARS / CONFERENCESDURING 2014-15
Participants Department Event
Ms. Tulsi Thaker Industrial ChemistryPublished paper in 'Recent trends in water science &Technology', ISBN: I978-93-80358-90-1
2 Ph. D Students Industrial ChemistryPresented paper in International Conference on Chemical Industries, PDPU, Gandhinagar, 22-23 August,2014.
4 Ph. D Students Industrial ChemistryParticipated in one day workshop on “Quantifying the impact and
threlevance of Scientific Research” by V.P. Science college on 13 August, 2014.
Mr. Mandare Karve
(Ph. D Student)Industrial Chemistry
ndPresented paper in GUJCOST Seminar-Science Manthan 2 February, 2014.
24 M.Sc. Students Industrial ChemistryParticipated in International Conference on Chemical Industries, PDPU, Gandhinagar, during 22-23 August,2014.
3 M.Sc. & 2 Ph.D. Students Industrial Chemistry Participated in India Chem-2014 in Mumbai during 9-11,Oct 2014.
Ms. Rajal Patel Industrial Chemistry Participated in Extempore competition in Volcano-2015.
8 Students Industrial ChemistryPoster presentation competition in National Symposium on Science for
thNational Building organized by GCET on 28 February, 2015
4 Students Industrial ChemistryQuiz & Oratory competition in National Science day celebration
thorganized by GCET on 28 February, 2015.
3 Ph.D. Students Industrial Chemistry Presented paper in CHEM-INNOVA-2015, paper presentation
stcompetition on 31 January 2015 organized by IC Department
Mr. Tirth Panchal Industrial ChemistrythPresented Paper in 16 Lubricating Grease Conference, Organized by
NLGI, Chandigadh, during 2 – 4, February, 2014.
Mr. Tirth Panchal Industrial ChemistrythPresented Paper in 17 Lubricating Grease Conference, Organized by
NLGI, Mahabalipuram, during 12 – 14, February, 2015.
2 M.Sc. & 1 Ph.D. Students Industrial ChemistrythParticipated in 9 International Plastics Exhibition & Conference
(PLASTINDIA-2015) at Gandhinagar during 6-7 February, 2015.
55 StudentsSurface Coating
technology
Participated in conference on 'Coating: Revisit the Fundamentals at thPaint India Outreach' at Ahmedabad, on 12 September 2014.
80 M.Sc. & 6 Ph.D. StudentsEnvironmental Science & Technology
Jaldhara (Clean Water for Healthy World), Organized by NVPAS, V.V. thNagar on 10 March, 2014.
35 M.Sc. Students of Sem-3Environmental Science & Technology
Seminar on Disaster Preparedness & Management at City Level,
Organized by GPCB, Baroda between 7 to 8 October, 2014.
11 Students from Sem-I & IIIPolymer Science & Technology
National Seminar on Flexible Packaging & Recycling – Trends &
Opportunity, Organized by INDIAN PLASTICS INSTITUTE at Hotel thHyatt, Ahmadabad on 6 September, 2014.
10 StudentsPolymer Science & Technology
thAttended a Technical Seminar at IPI, Vadodara on 20 September, 2014.
25 StudentsPolymer Science & Technology
thAttended a Technical Seminar at IPI, Vadodara on 11 October, 2014.
5 M.Sc. Students & 1 Ph.D.
Student
Polymer Science & Technology
UGC Sponsored National Conference on Latest Development in Basic & thApplied Sciences at M.B Patel Science College, Anand on 10 January,
2015.
20 Students Information TechnologyState level Workshop On “GIS Technology & Applications” at ISTAR on
nd22 January, 2015.
1616
SCHOLARSHIPS AWARDED BY ORGANIZATION (2014-15)
STUDENTS’ ACHIEVEMENTS 2014-1522 Students M.C.A.
Seminar on “Cyber Crime and Cyber Law” at ADIT on th6 February, 2015.
6 Students Organic chemistryPresented paper in CHEM-INNOVA-2015, paper presentation
stcompetition on 31 January 2015 organized by IC Department
15 StudentsIndustrial Hygiene &
Safety
Attended seminar on Lean Manufacturing for Productivity Enhancement,
Ahmedabad during 29-30 January, 2014.
Asian Paints Charitable Trust, Mumbai for students of SCT Dept.Rs. 49,000 each to following students :
Sr. No. Names
1 Akash Kothari
2 Sakilahmedkhan Pathan
3 Shudhansu
4 Ravikumar Vijaybhai
5 Jayeshkumar Dhirubhai
Shree Umesh Pathak Scholarship, Singapore for students of SCT Dept.Shri. Umesh Pathak scholarship of € 2,000/- received and would be equally distributed among students of M. Sc. (SCT) of Fourth semester on Annual Day.
Neoplast Scholarship for students of PST Dept.Rs. 5000/- to each Jay P. Mehta & Smit Patel
for students of PST Dept.
for students of MIHS Dept.
for students of IC Dept.
Shish Industries Scholarship
Rs. 5000/- scholarship to each Dipkumar Tailar, Nirav Bhayani and Dhaval
Chetanpura
3M India Ltd Scholarship
Rs. 15000/- to each Mr. Hemal Sheth, Mr. Manoj Ghori, Mr. Brijesh Bamaniya, Mr. Nilesh Dharecha in the form of
stipend per month to each student for 5 months.
Lupin Scholarship
Rs. 30,000/- to Dixit Bhalani
MISA (M.Sc. Industrial Chemistry Student Association) Scholarship for students of
IC Dept.
Rs. 20,000/- to each Jigar Sevek & Jignesh Kumbhani
GEC Scholarship for students of EST Dept.
Rs. 14,000/- to each Ms. Rima Mandal, Ms. Priyanka Joshi, Mr. Azharuddin Sheikh &
Ms. Megha Joshi
4Mr. Kedar Chikodi of valuation Department selected as Member, Editorial Board , “Indian Vaguer” and Secretary, Thane Branch, Institution of Values
5 Mr. Murad Lakhani of valuation department was selected as Secretary, Thane Branch, Institution Of Values
6Ms. Shamiyan Khan & Ms. Sheju Thomas of Environmental Science & Technology Department received SRF in Maulana Azad National Fellowship (MANF)
7Ms. Hiral Soni & Ms. Jignasha Patel of Environmental Science & Technology Department received first prize in
thScience Excellence- 2014 at Gujarat University, Ahmedabad on 4 January, 2014.
8Ms. Shamiyan Khan & Ms. Megha Barot of Environmental Science & Technology Department received first prize in National seminar on Climate Change in Indian context at M.S. University Baroda on 14th December, 2013.
9Ms. Megha Barot of Environmental Science & Technology Department received prize in GUJCOST Sponsored National Level Symposium on “Clean Water for a Healthy World” at M.S. University Baroda on 10th March, 2014.
10Ms. Rajal Patel of IC Dept., secured first prize in elocution competition in national symposium on Science Day on 28th February, 2015.
11 Mr. Sagar Joshi of PST Dept., received INSPIRE Fellowship from DST.
12Ms. Tejal Panchal from Valuation Department had been judged at Youth empowerment program, A state level conference on shikshit Bharat-Saksham Bharat. Organized by Waymade college of education, Vallabh Vidhyanagar on 10th February, 2015.
Sr. Name of Student
1Ms. Nidhi Parmar of Environmental Science & Technology Department received travel grant for attending
thInternational Microbiology Congress of the International Union of Microbiological Societies (IUMS) held during, 27 stJuly to 1 August, 2014 in Montreal, Canada.
2
Mr. Vikash Mishra interacted with Dr. Pierre Noirot Antione, Global Innovative Network Head, Siegwerk, France & Dr. J K Raghav, Head-Technology & Application Development. Siegwerk India Private Limited, Bhiwandi, Rajasthan during with visit at ISTAR on 9/1/2015, for exploring possibilities of continuation of R&D activities jointly with SCT Dept., ISTAR.
3Mr. Dhvanil Shah, of valuation Department received with “PRAGATI AWARD” by Axis Bank, for fastest project approval.
1717 1818
13Ms. Hiral Soni of Environmental Science & Technology Department received third prize in GUJCOST Sponsored National Level Symposium on “Clean Water for a Healthy World” at NV Patel Science college, SPU on 10th March, 2014.
14Ms. Kavita Thakur of Environmental Science & Technology Department received second prize in Science Excellence- 2014 at Gujarat University, Ahmedabad on 4th January, 2014.
SCHOLARSHIPS AWARDED BY ORGANIZATION (2014-15)
STUDENTS’ ACHIEVEMENTS 2014-1522 Students M.C.A.
Seminar on “Cyber Crime and Cyber Law” at ADIT on th6 February, 2015.
6 Students Organic chemistryPresented paper in CHEM-INNOVA-2015, paper presentation
stcompetition on 31 January 2015 organized by IC Department
15 StudentsIndustrial Hygiene &
Safety
Attended seminar on Lean Manufacturing for Productivity Enhancement,
Ahmedabad during 29-30 January, 2014.
Asian Paints Charitable Trust, Mumbai for students of SCT Dept.Rs. 49,000 each to following students :
Sr. No. Names
1 Akash Kothari
2 Sakilahmedkhan Pathan
3 Shudhansu
4 Ravikumar Vijaybhai
5 Jayeshkumar Dhirubhai
Shree Umesh Pathak Scholarship, Singapore for students of SCT Dept.Shri. Umesh Pathak scholarship of € 2,000/- received and would be equally distributed among students of M. Sc. (SCT) of Fourth semester on Annual Day.
Neoplast Scholarship for students of PST Dept.Rs. 5000/- to each Jay P. Mehta & Smit Patel
for students of PST Dept.
for students of MIHS Dept.
for students of IC Dept.
Shish Industries Scholarship
Rs. 5000/- scholarship to each Dipkumar Tailar, Nirav Bhayani and Dhaval
Chetanpura
3M India Ltd Scholarship
Rs. 15000/- to each Mr. Hemal Sheth, Mr. Manoj Ghori, Mr. Brijesh Bamaniya, Mr. Nilesh Dharecha in the form of
stipend per month to each student for 5 months.
Lupin Scholarship
Rs. 30,000/- to Dixit Bhalani
MISA (M.Sc. Industrial Chemistry Student Association) Scholarship for students of
IC Dept.
Rs. 20,000/- to each Jigar Sevek & Jignesh Kumbhani
GEC Scholarship for students of EST Dept.
Rs. 14,000/- to each Ms. Rima Mandal, Ms. Priyanka Joshi, Mr. Azharuddin Sheikh &
Ms. Megha Joshi
4Mr. Kedar Chikodi of valuation Department selected as Member, Editorial Board , “Indian Vaguer” and Secretary, Thane Branch, Institution of Values
5 Mr. Murad Lakhani of valuation department was selected as Secretary, Thane Branch, Institution Of Values
6Ms. Shamiyan Khan & Ms. Sheju Thomas of Environmental Science & Technology Department received SRF in Maulana Azad National Fellowship (MANF)
7Ms. Hiral Soni & Ms. Jignasha Patel of Environmental Science & Technology Department received first prize in
thScience Excellence- 2014 at Gujarat University, Ahmedabad on 4 January, 2014.
8Ms. Shamiyan Khan & Ms. Megha Barot of Environmental Science & Technology Department received first prize in National seminar on Climate Change in Indian context at M.S. University Baroda on 14th December, 2013.
9Ms. Megha Barot of Environmental Science & Technology Department received prize in GUJCOST Sponsored National Level Symposium on “Clean Water for a Healthy World” at M.S. University Baroda on 10th March, 2014.
10Ms. Rajal Patel of IC Dept., secured first prize in elocution competition in national symposium on Science Day on 28th February, 2015.
11 Mr. Sagar Joshi of PST Dept., received INSPIRE Fellowship from DST.
12Ms. Tejal Panchal from Valuation Department had been judged at Youth empowerment program, A state level conference on shikshit Bharat-Saksham Bharat. Organized by Waymade college of education, Vallabh Vidhyanagar on 10th February, 2015.
Sr. Name of Student
1Ms. Nidhi Parmar of Environmental Science & Technology Department received travel grant for attending
thInternational Microbiology Congress of the International Union of Microbiological Societies (IUMS) held during, 27 stJuly to 1 August, 2014 in Montreal, Canada.
2
Mr. Vikash Mishra interacted with Dr. Pierre Noirot Antione, Global Innovative Network Head, Siegwerk, France & Dr. J K Raghav, Head-Technology & Application Development. Siegwerk India Private Limited, Bhiwandi, Rajasthan during with visit at ISTAR on 9/1/2015, for exploring possibilities of continuation of R&D activities jointly with SCT Dept., ISTAR.
3Mr. Dhvanil Shah, of valuation Department received with “PRAGATI AWARD” by Axis Bank, for fastest project approval.
1717 1818
13Ms. Hiral Soni of Environmental Science & Technology Department received third prize in GUJCOST Sponsored National Level Symposium on “Clean Water for a Healthy World” at NV Patel Science college, SPU on 10th March, 2014.
14Ms. Kavita Thakur of Environmental Science & Technology Department received second prize in Science Excellence- 2014 at Gujarat University, Ahmedabad on 4th January, 2014.
NOC Department Office Staff
Surface Coating Technology : Sem-4Surface Coating Technology : Sem-2
MIHS : Sem-2 & 4Polymer Science Technology : Sem-2
MCA : Sem-2 & 4
Industrial Chemistry : Sem-4Industrial Chemistry : Sem-2
Instrumentation : Sem-2 & 4Organic Chemistry : Sem-2 & 4
Information Technology : Sem-2 Information Technology : Sem-4
Polymer Science & Technology : Sem-4
Master of Valuation : Sem-2Master of Valuation : Sem-4
NOC Department Office Staff
Surface Coating Technology : Sem-4Surface Coating Technology : Sem-2
MIHS : Sem-2 & 4Polymer Science Technology : Sem-2
MCA : Sem-2 & 4
Industrial Chemistry : Sem-4Industrial Chemistry : Sem-2
Instrumentation : Sem-2 & 4Organic Chemistry : Sem-2 & 4
Information Technology : Sem-2 Information Technology : Sem-4
Polymer Science & Technology : Sem-4
Master of Valuation : Sem-2Master of Valuation : Sem-4
15Ms. Kavita Thakur of Environmental Science & Technology Department received second prize in GUJCOST Sponsored National Level Symposium on “Clean Water for a Healthy World” at NV Patel Science college, SPU on 10th March, 2014.
16
Mr. Jay Popat and Bhavesh Kachhadiya of Instrumentation Department received 1st prize in Project competition
organized under Anveshan Vigyan Utsav-2015 by Community Science Centre, Sardar Patel University and
selected for the exhibiting their project at Science City, Ahmedabad on Science Day.
17Mr. Ronak Limbachiya of Instrumentation Department presented paper in National seminar on Latest
Developments in Basic and Applied Science organized by M. B. Patel Science College, Anand.
18
Mr. Bhavesh Patel of Instrumentation Department received best oral presentation prize in State level conference
on Frontiers in Instrumentation organized by Instrumentation Department of ISTAR supported by International
Society of Autooation, Gujarat Section and Emerson Process Management Pvt. Ltd.
19
Mr. Kevin Joseph and Ranjitsinh Rajput of Instrumentation Department received best poster presentation prize in
State level conference on Frontiers in Instrumentation organized by Instrumentation Department of ISTAR
supported by International Society of Automation, Gujarat Section and Emerson Process Management Pvt. Ltd.
20Mr. Bhavesh Patel of Instrumentation Department received best oral presentation prize in Frontiers in
Instrumentation, a State level conference organized by Instrumentation Department on 11th October 2014.
21
Mr. Kevin Joseph and Mr. Ranjit Rajput of Instrumentation Department received prize for best poster presentation thFrontiers in Instrumentation, a State level conference organized by Instrumentation Department on 11 October
2014.
22Mr. Bhadra Chetan of MCA Department received first prize of worth Rs. 20,000 in JAVA Programming Competition
thorganized by Chaudhari Technical Institute, Gandhinagar on 18 JAN 2014.
23Mr. Yuvraj Chauhan and Mr. Sukhjeet singh of MCA Department received Third prize in State Level IT Quiz
thContest organized by Department of Computer Science, SPU on 15 February 2014.
24Mr. Yuvraj Chauhan of MCA Department received first prize and Mr. Sukhjeet singh received second prize in
th thQuiz-o-Logic organized by GTU Zonal Techfest during 14 & 15 March, 2014.
25Mr. Swati Vaidya of MCA Department received second prize in Web Weaver event organized by GTU Zonal
th thTechfest during 14 & 15 March, 2014.
26Ms. Vaishali C Tandel and Ms. Jill Shah of MCA Department received second prize in Poster Making event Logic
th thorganized by GTU Zonal Techfest during 14 & 15 March, 2014.
27
stMr. Nikunj D. Dobariya of MCA Department ranked 1 at ISTAR in Certification Exam of “PhP and MySQL” conducted by Spoken Tutorial Project, IIT Bombay, funded by National Mission on Education through ICT, MHRD, Govt. of India.
28Mr. Jayendra Bariya, has developed Website for National Workshop on Network, Network Simulation & Information Security [NWNSIS-2014].
29stMiss Swati Vavadiya and Miss Seema Singh secured 1 Prize in Poster Making Competition organized
by MCA Department
30 Jay Popat & Bhavesh Kachhadiya (II-sem) of Instrumentation Dept. – 1st Prize for project presentation at Anveshan Vigyan Utsav by Community Science Centre, Sardar Patel UniversityRonak Limbachiya (IV-sem) of Instrumentation Dept. presented poster paper at National seminar on Latest Developments in Basic and Applied ScienceBhavesh Patel (III-sem) of Instrumentation Dept. received best oral presentation prize at State level conference on Frontiers in Instrumentation-2014.
1919
OVERCOMING PROCRASTINATION Manage your time. Get it all done.
If you've found yourself putting off important tasks over and over again, you're not alone. In fact, many people procrastinate to some degree - but some are so chronically affected by procrastination that it stops them fulfilling their potential and disrupts their careers. The key to controlling this destructive habit is to recognize when you start procrastinating, understand why it happens (even to the best of us), and take active steps to manage your time and outcomes better.
What is Procrastination?
In a nutshell, you procrastinate when you put off things that you should be focusing on right now, usually in favor of doing something that is more enjoyable or that you're more comfortable doing. According to psychologist Professor Clarry Lay, a prominent writer on procrastination, procrastination occurs when there's “a temporal gap between intended behavior and enacted behavior.” That is, procrastination is occurring when there's a significant time period between when people intend to do a job, and when they actually do it.
How to Overcome Procrastination
Follow these steps to deal with and control procrastination:
Step 1: Recognize That You're Procrastinating
If you're honest with yourself, you probably know when you're procrastinating. But to be sure, take our Are You a Procrastinator? self test. Here are some useful indicators that will help you know when you're procrastinating: Filling your day with low priority tasks from your To Do List. Reading e-mails several times without starting work on them or deciding what you're going to do with them. Sitting down to start a high-priority task, and almost immediately going off to make a cup of coffee. Leaving an item on your To Do list for a long time, even though you know it's important. Regularly saying "Yes" to unimportant tasks that others ask you to do, and filling your time with these instead of getting on with the important tasks already on your list. Waiting for the “right mood” or the “right time” to tackle the important task at hand.
Step 2: Work Out WHY You're Procrastinating
Why you procrastinate can depend on both you and the task. But it's important to understand which of the two is relevant in a given situation, so that you can select the best approach for overcoming your reluctance to get going. One reason for procrastination is that people find a particular job unpleasant, and try to avoid it because of that. Most jobs have unpleasant or boring aspects to them, and often the best way of dealing with these is to get them over and done with quickly, so that you can focus on the more enjoyable aspects of the job. Another cause is that people are disorganized. Organized people manage to fend of the temptation to procrastinate, because they will have things like prioritized to-do lists and schedules which emphasize how important the piece work is, and identify precisely when it's due. They'll also have planned how long a task will take to do, and will have worked back from that point to identify when they need to get started in order to avoid it being late. Organized people are also better placed to avoid procrastination, because they know how to break the work down into manageable “next steps”. Even if you're organized, you can feel overwhelmed by the task. You may doubt that you have the skills or resources you think you need, so you seek comfort in doing tasks you know you're capable of completing. Unfortunately, the big task isn't going to go away - truly important tasks rarely do. You may also fear success as much as failure. For example, you may think that success will lead to you being swamped with more requests to do this type of task, or that you'll be pushed to take on things that you feel are beyond you. Surprisingly, perfectionists are often procrastinators, as they can tend to think "I don't have the right skills or resources to do this perfectly now, so I won't do it at all."One final major cause of procrastination is having underdeveloped decision-making skills. If you simply can't decide what to do, you're likely to put off taking action in case you do the wrong thing.
Step 3: Adopt Anti-Procrastination Strategies
Procrastination is a habit - a deeply ingrained pattern of behavior. That means that you won't just break it overnight. Habits
Dhairya Joshi, SCT Department
2020
only stop being habits when you have persistently stopped practicing them, so use as many approaches as possible to maximize your chances of beating procrastination. Some tips will work better for some people than for others, and for some tasks than others. And, sometimes, you may simply need to try a fresh approach to beat the “procrastination peril”!These general tips will help motivate you to get moving: Make up your own rewards. For example, promise yourself a piece of tasty flapjack at lunchtime if you've completed a certain task. And make sure you notice how good it feels to finish things! Ask someone else to check up on you. Peer pressure works! This is the principle behind slimming and other self-help groups, and it is widely recognized as a highly effective approach. Identify the unpleasant consequences of NOT doing the task. Work out the cost of your time to your employer. As your employers are paying you to do the things that they think are important, you're not delivering value for money if you're not doing those things. Shame yourself into getting going! Aim to “eat an elephant beetle” first thing, every day! If you're procrastinating because you're disorganized, here's how to get organized!
Keep a To-Do list so that you can't “conveniently” forget about unpleasant or overwhelming tasks .Use an Urgent/Important Matrix to help prioritize your to-do list so that you can't try to kid yourself that it would be acceptable to put off doing something on the grounds that it's unimportant, or that you have many urgent things which ought to be done first when, in reality, you're procrastinating. Become a master of scheduling and project planning, so that you know when to start those all-important projects. Set yourself time-bound goals: that way, you'll have no time for procrastination! Focus on one task at a time. If you're putting off starting a project because you find it overwhelming, you need to take a different approach. Here are some tips: Break the project into a set of smaller, more manageable tasks. You may find it helpful to create an action plan. Start with some quick, small tasks if you can, even if these aren't the logical first actions. You'll feel that you're achieving things, and so perhaps the whole project won't be so overwhelming after all. If you're procrastinating because you find the task unpleasant: Many procrastinators overestimate the unpleasantness of a task. So give it a try! You may find that it's not as bad as you thought! Hold the unpleasant consequences of not doing the work at the front of your mind. Reward yourself for doing the task. Finally, if you're procrastinating because you can't decide what action to take, and are putting off making a decision because you're nervous about making the wrong choice, see our decision-making section. This teaches a range of powerful and effective decision-making techniques. Remember: the longer you can spend without procrastinating, the greater your chances of breaking this destructive habit for good!
As a students and future of paints industries, m giving a sparkling knowledge for powder coating technologies to my readers. I discuss in this article about powder coating developments, new technology, in particular those gained in the course of coating practice, in order to not only highlight the current development trends in powder coating with regard to the advantages they offer, but also to point out possible restrictions or reserves that still need to be researched and implemented technologically
MECHANICAL SURFACE PRE-TREATMENT
As far as process technology is concerned, mechanical surface pre-treatment using various blasting processes has hardly changed in recent years. However, one development has been the introduction of special non-magnetic, non-ferrous blasting agents for zinc and aluminium metal substrates, in particular for casting materials. These enable effective material flow management in the blasting plant and also generate an appropriate degree of surface roughness to guarantee ideal adhesion of the coating film. Despite their relatively high production price, stainless steel blasting agents have become established because they have a long service life and can be finely adjusted to obtain the blasting agent mixture required.
New technologies that allow suitable conversion chemicals to be applied to the substrate surface with the blasting process (so-called conversion blasting) are especially noteworthy. In combination with the right powder coating systems, good corrosion resistance can be achieved without a wet-chemical rinsing treatment with special primers containing silane, in particular when sweeping hot-dip galvanized surfaces.
Wet-Chemical Surface Pre-treatment:
With regard to wet-chemical surface pre-treatment, certain chrome-free processes are conquering the market, especially those chemical products that are based on titanium, zirconium and various SILANE compounds.
Under the control of GSB and Qualicoat {German coating industries}, excellent systems have been successfully tested for aluminium and correspondingly verified in coating practice, which allow toxic chrome VI products to be substituted.
As far as the pre-treatment of zinc coatings is concerned, there are still problems with so-called old passivation that are applied by zinc coating companies in an uncontrolled manner{a raw edge of a non-metallic, porous, temporary protective polymer on a metal substrate, which could cause adhesion problems if not removed before subsequent powder coating is applied}. From time to time, this results in inadequate corrosion protection, as well as the powder coating film not adhering to the surface. From time to time, this results in inadequate corrosion protection, as well as the powder coating film not adhering to the surface.
Chrome VI-free conversion chemical systems represent the latest development trend and are only utilized when absolutely necessary. . However, numerous conditions need to be taken into account when handling these new, environmentally friendly products, which still tend to cause extensive problems. The chrome-free process does not make allowance for any errors, which means that a high number of customer complaints concerning poor corrosion resistance can be expected. This also applies to multi metal pretreatments. For special metal substrates with consistent composition and surface characteristics, these products make sense and will have a future.
However, classical powder coating is a problem because corrosion protection requirements and material properties vary constantly. Too many compromises have to be made, with the result that the quality of the coating often suffers.
The realization of powder coatings with chrome-free systems that are resistant to filiform corrosion is still highly controversial, especially in cases where non-proven anodizing pre-treatment technologies are applied. In this regard, huge efforts need to be made on the part of chemical and pre-treatment equipment manufacturers in order to bring affordable technologies into the market.
DEVELOPMENTS IN POWDER COATINGS:
In recent years, development trends in powder coating have been orientated toward improving the quality of binders because raw material producers have accomplished affordable modifications in this field. As a result, low-temperature powder (NT) as well as highly weather-resistant powder qualities (HWF) were launched into the market some time ago. The latter have much improved non-chalking properties (gloss retention), and those containing high-quality colour and metal pigments now have markedly improved UV resistance and a more consistent appearance.
NEW TECHNOLOGIES AND TRENDS IN POWDER COATING
Ankit kumar Nayan, SCT Department
INTRODUCTION:
1. With the development of TRIBIOSTATIC (device) powder coating at the former in Verkehrs-Hochschule, Dresden (GERMANY), a major foundation stone was laid in the mid-1960s. The development of electrostatic application of powder in an electrical voltage field formed a basis to establish an environmentally friendly, highly automated coating process that allowed extremely high-quality coats of paint to be applied. The technical availability of thermoset powder coatings (two-component systems) manufactured by extrusion also played a major role in this development because it enabled suitable coating materials with a homogeneous distribution of binders, pigments and fillers to be realized in an ecologically acceptable way. In combination with high-quality binder systems, this made it possible to produce coatings with maximum corrosion protection and weathering resistance for a wide range of actions.
2. Over the last 20 years, diverse process-related and technological developments have enabled completely new powder coating films and processes to be developed. These include powder reclaim processes, metallic powder coatings, TRIBO and CORONA application, heavy-corrosion-protection primer and topcoat paint systems, environment-friendly wet-chemical pre-treatment processes with suitable conversion chemicals, and dense-phase powder applications with significantly reduced compressed air consumption. These developments have created better conditions for realizing surface finishes using powder coatings that fulfil diverse application conditions. The quality concept of powder coatings – which is being accordingly implemented, especially by European quality associations– is being focused on more and more.
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only stop being habits when you have persistently stopped practicing them, so use as many approaches as possible to maximize your chances of beating procrastination. Some tips will work better for some people than for others, and for some tasks than others. And, sometimes, you may simply need to try a fresh approach to beat the “procrastination peril”!These general tips will help motivate you to get moving: Make up your own rewards. For example, promise yourself a piece of tasty flapjack at lunchtime if you've completed a certain task. And make sure you notice how good it feels to finish things! Ask someone else to check up on you. Peer pressure works! This is the principle behind slimming and other self-help groups, and it is widely recognized as a highly effective approach. Identify the unpleasant consequences of NOT doing the task. Work out the cost of your time to your employer. As your employers are paying you to do the things that they think are important, you're not delivering value for money if you're not doing those things. Shame yourself into getting going! Aim to “eat an elephant beetle” first thing, every day! If you're procrastinating because you're disorganized, here's how to get organized!
Keep a To-Do list so that you can't “conveniently” forget about unpleasant or overwhelming tasks .Use an Urgent/Important Matrix to help prioritize your to-do list so that you can't try to kid yourself that it would be acceptable to put off doing something on the grounds that it's unimportant, or that you have many urgent things which ought to be done first when, in reality, you're procrastinating. Become a master of scheduling and project planning, so that you know when to start those all-important projects. Set yourself time-bound goals: that way, you'll have no time for procrastination! Focus on one task at a time. If you're putting off starting a project because you find it overwhelming, you need to take a different approach. Here are some tips: Break the project into a set of smaller, more manageable tasks. You may find it helpful to create an action plan. Start with some quick, small tasks if you can, even if these aren't the logical first actions. You'll feel that you're achieving things, and so perhaps the whole project won't be so overwhelming after all. If you're procrastinating because you find the task unpleasant: Many procrastinators overestimate the unpleasantness of a task. So give it a try! You may find that it's not as bad as you thought! Hold the unpleasant consequences of not doing the work at the front of your mind. Reward yourself for doing the task. Finally, if you're procrastinating because you can't decide what action to take, and are putting off making a decision because you're nervous about making the wrong choice, see our decision-making section. This teaches a range of powerful and effective decision-making techniques. Remember: the longer you can spend without procrastinating, the greater your chances of breaking this destructive habit for good!
As a students and future of paints industries, m giving a sparkling knowledge for powder coating technologies to my readers. I discuss in this article about powder coating developments, new technology, in particular those gained in the course of coating practice, in order to not only highlight the current development trends in powder coating with regard to the advantages they offer, but also to point out possible restrictions or reserves that still need to be researched and implemented technologically
MECHANICAL SURFACE PRE-TREATMENT
As far as process technology is concerned, mechanical surface pre-treatment using various blasting processes has hardly changed in recent years. However, one development has been the introduction of special non-magnetic, non-ferrous blasting agents for zinc and aluminium metal substrates, in particular for casting materials. These enable effective material flow management in the blasting plant and also generate an appropriate degree of surface roughness to guarantee ideal adhesion of the coating film. Despite their relatively high production price, stainless steel blasting agents have become established because they have a long service life and can be finely adjusted to obtain the blasting agent mixture required.
New technologies that allow suitable conversion chemicals to be applied to the substrate surface with the blasting process (so-called conversion blasting) are especially noteworthy. In combination with the right powder coating systems, good corrosion resistance can be achieved without a wet-chemical rinsing treatment with special primers containing silane, in particular when sweeping hot-dip galvanized surfaces.
Wet-Chemical Surface Pre-treatment:
With regard to wet-chemical surface pre-treatment, certain chrome-free processes are conquering the market, especially those chemical products that are based on titanium, zirconium and various SILANE compounds.
Under the control of GSB and Qualicoat {German coating industries}, excellent systems have been successfully tested for aluminium and correspondingly verified in coating practice, which allow toxic chrome VI products to be substituted.
As far as the pre-treatment of zinc coatings is concerned, there are still problems with so-called old passivation that are applied by zinc coating companies in an uncontrolled manner{a raw edge of a non-metallic, porous, temporary protective polymer on a metal substrate, which could cause adhesion problems if not removed before subsequent powder coating is applied}. From time to time, this results in inadequate corrosion protection, as well as the powder coating film not adhering to the surface. From time to time, this results in inadequate corrosion protection, as well as the powder coating film not adhering to the surface.
Chrome VI-free conversion chemical systems represent the latest development trend and are only utilized when absolutely necessary. . However, numerous conditions need to be taken into account when handling these new, environmentally friendly products, which still tend to cause extensive problems. The chrome-free process does not make allowance for any errors, which means that a high number of customer complaints concerning poor corrosion resistance can be expected. This also applies to multi metal pretreatments. For special metal substrates with consistent composition and surface characteristics, these products make sense and will have a future.
However, classical powder coating is a problem because corrosion protection requirements and material properties vary constantly. Too many compromises have to be made, with the result that the quality of the coating often suffers.
The realization of powder coatings with chrome-free systems that are resistant to filiform corrosion is still highly controversial, especially in cases where non-proven anodizing pre-treatment technologies are applied. In this regard, huge efforts need to be made on the part of chemical and pre-treatment equipment manufacturers in order to bring affordable technologies into the market.
DEVELOPMENTS IN POWDER COATINGS:
In recent years, development trends in powder coating have been orientated toward improving the quality of binders because raw material producers have accomplished affordable modifications in this field. As a result, low-temperature powder (NT) as well as highly weather-resistant powder qualities (HWF) were launched into the market some time ago. The latter have much improved non-chalking properties (gloss retention), and those containing high-quality colour and metal pigments now have markedly improved UV resistance and a more consistent appearance.
NEW TECHNOLOGIES AND TRENDS IN POWDER COATING
Ankit kumar Nayan, SCT Department
INTRODUCTION:
1. With the development of TRIBIOSTATIC (device) powder coating at the former in Verkehrs-Hochschule, Dresden (GERMANY), a major foundation stone was laid in the mid-1960s. The development of electrostatic application of powder in an electrical voltage field formed a basis to establish an environmentally friendly, highly automated coating process that allowed extremely high-quality coats of paint to be applied. The technical availability of thermoset powder coatings (two-component systems) manufactured by extrusion also played a major role in this development because it enabled suitable coating materials with a homogeneous distribution of binders, pigments and fillers to be realized in an ecologically acceptable way. In combination with high-quality binder systems, this made it possible to produce coatings with maximum corrosion protection and weathering resistance for a wide range of actions.
2. Over the last 20 years, diverse process-related and technological developments have enabled completely new powder coating films and processes to be developed. These include powder reclaim processes, metallic powder coatings, TRIBO and CORONA application, heavy-corrosion-protection primer and topcoat paint systems, environment-friendly wet-chemical pre-treatment processes with suitable conversion chemicals, and dense-phase powder applications with significantly reduced compressed air consumption. These developments have created better conditions for realizing surface finishes using powder coatings that fulfil diverse application conditions. The quality concept of powder coatings – which is being accordingly implemented, especially by European quality associations– is being focused on more and more.
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Disadvantages of these new powder coating qualities, which therefore require further development, include the partial inelasticity of highly weather-resistant systems and the insufficient resistance of NT powder coatings to chemicals and weathering. To improve this, low-temperature systems need to be more closely aligned with powder primers and suitable topcoat powder coatings.
A further aspect requiring improvement is reliability regarding the verifiable total thermo-chemical hardening of powder coatings.
In addition to these, extremely interesting functional powder coatings are currently available from many powder manufacturers throughout Europe, including systems that are scratch resistant and/or resistant to stress cracking, in particular flexible elastic powder coatings, thin-film powder and special corrosion-proof powder coatings with both a good barrier effect against permeating water and also low-outgassing primer and/or topcoat powder qualities.
OPINIONS:
In my opinion, the special mixed powders with thermoset and thermoplastic qualities (one- and two-component) that are currently being sold are to be viewed with extreme caution, not only as far as the availability and price of the thermoplastic components are concerned but also with regard to the ability to mix them homogeneously and grinding problems. Despite these issues, this trend in development deserves further investigation but should be based on mixed powder coating qualities that have been fully refined and successfully proven in practical application.
As a coating learner, I also view the current trend pursued by various powder manufacturers to develop and sell completely new effect powders very sceptically; the powders are produced specially for use in the construction industry, in particular for coating metal façades (front of buildings).
Powder – Applications:
Additionally, when powder coatings are processed (often automated processes), application manufacturers have to fulfill increasingly higher technical requirements. Here, innovative electronic control systems can be utilized, and application parameters can be adjusted more accurately or filed electronically as programs.
With the aid of vertical and horizontal spraying device arrangements (X/Y/Z axes), uniform coatings can be applied and complex application settings made using easy-to-clean powder centres, sophisticated powder booth technologies with minimum powder consumption and powder reclaim processes, and injector and/or dense phase powder feeding systems.
In line with the development trend, spraying devices can be easily adapted by the operator during manual application to match component geometries (simple adjustment directly at the level of the powder pistol)
POWDER – CROSS LINKING PROCESS
Especially in the case of thermo-chemical powder cross linking, curing ovens with special heat reclaim systems are increasingly being used that significantly reduce the amount of energy required for the curing process.
The use of radiation energy (e.g., dark radiators) or upstream IR gel zones also enable powder-curing processes to be carried out much more effectively. There is still a huge development potential here as far as equipment is concerned and, in combination with the launching of NT powder onto the market, vast quantities of energy could be saved, and thus coating costs drastically reduced in the future
Oven manufacturers face the challenge of controlling circulating air in the gel phase to enable different colours of powder to be cured homogeneously, and efficiently guiding indirectly heated air in curing aggregates.
RAPID TESTING METHOD FOR PRODUCTION CONTROLS
For some years now, special time-compressed corrosion tests based on recommendations made by coatings associations have become more established. The following are worthy of mention: condensation test, acid and neutral salt spray test, filiform corrosion tests and specific automotive test standards. Despite the demand to speed up tests, testing times of between 40 and 60 days are typical, thus rendering the tests irrelevant as far as real-time production control is concerned.
In this regard, rapid innovative corrosion tests are needed that enable potential corrosion protection errors to be anticipated within the space of one to three days. Appropriate short-term testing methods have to be developed as fast as possible in order to implement fast, realistic production control processes in the powder coating industry.
CONCLUSION: To summarize, the topics I have addressed show that there are still a lot of developments and technical optimizations to be made in the powder coating industry. Chemical and powder manufacturers need to realize this, as well as equipment manufacturers and application vendors. However, one of the most important prerequisites in this regard is good communication between the various experts.
SOIL MOISTURE SENSOR
Ronak Y. Limbachiya, Instrumentation Department
Indian agriculture is dependent on the monsoons which is not a reliable source of water. Therefore there is a need for an irrigation system in the country which can provide water to the farms according to their soil types. In a country like India, the agriculture plays the important role in the economy and development of the country. In the present era, the farmers are using irrigation technique through the manual control. They irrigate the land at the regular intervals. This process sometimes consumes more water or sometimes the water reaches late due to which the crops get dry. There is a need for an irrigation controller that responds to soil moisture sensors in individual zones as a way of conserving water.
The Soil Moisture Sensor is connected to an irrigation system controller that measures soil moisture content in the active root zone before each scheduled irrigation event and bypasses the cycle if soil moisture is above a user-defined set point. It is used to measure real time soil moisture.
Why Soil Moisture Sensor?
The Soil Moisture Sensor is used to measure the volumetric water content of soil. This makes it ideal for performing experiments in soil science, agricultural science, environmental science, horticulture, botany, and biology. It measure the loss of moisture over time due to evaporation and plant uptake, evaluate optimum soil moisture contents for various species of plants, monitor soil moisture content to control irrigation in greenhouses and enhance Bottle Biology experiments.
Benefits of Soil moisture measurement:
• Optimum production, increased income
• Reduced energy and water consumption and associated costs
• Improved crop quality and increased effectiveness of fertilizers and pesticides
• Better control of diseases and optimum root penetration
• Time and labour savings and good environmental management
How the Soil Moisture Sensor Works?
The Soil Moisture Sensor uses capacitance to measure dielectric permittivity of the surrounding medium. In soil, dielectric permittivity is a function of the water content. The sensor creates a voltage proportional to the dielectric permittivity, and therefore the water content of the soil. The sensor averages the water content over the entire length of the sensor. There is a 2 cm zone of influence with respect to the flat surface of the sensor, but it has little or no sensitivity at the extreme edges. Thus, Soil moisture sensor monitors movement of water through soils with precision and vividness and helps in crop yield improvements for Energy savings, water conservation.
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Disadvantages of these new powder coating qualities, which therefore require further development, include the partial inelasticity of highly weather-resistant systems and the insufficient resistance of NT powder coatings to chemicals and weathering. To improve this, low-temperature systems need to be more closely aligned with powder primers and suitable topcoat powder coatings.
A further aspect requiring improvement is reliability regarding the verifiable total thermo-chemical hardening of powder coatings.
In addition to these, extremely interesting functional powder coatings are currently available from many powder manufacturers throughout Europe, including systems that are scratch resistant and/or resistant to stress cracking, in particular flexible elastic powder coatings, thin-film powder and special corrosion-proof powder coatings with both a good barrier effect against permeating water and also low-outgassing primer and/or topcoat powder qualities.
OPINIONS:
In my opinion, the special mixed powders with thermoset and thermoplastic qualities (one- and two-component) that are currently being sold are to be viewed with extreme caution, not only as far as the availability and price of the thermoplastic components are concerned but also with regard to the ability to mix them homogeneously and grinding problems. Despite these issues, this trend in development deserves further investigation but should be based on mixed powder coating qualities that have been fully refined and successfully proven in practical application.
As a coating learner, I also view the current trend pursued by various powder manufacturers to develop and sell completely new effect powders very sceptically; the powders are produced specially for use in the construction industry, in particular for coating metal façades (front of buildings).
Powder – Applications:
Additionally, when powder coatings are processed (often automated processes), application manufacturers have to fulfill increasingly higher technical requirements. Here, innovative electronic control systems can be utilized, and application parameters can be adjusted more accurately or filed electronically as programs.
With the aid of vertical and horizontal spraying device arrangements (X/Y/Z axes), uniform coatings can be applied and complex application settings made using easy-to-clean powder centres, sophisticated powder booth technologies with minimum powder consumption and powder reclaim processes, and injector and/or dense phase powder feeding systems.
In line with the development trend, spraying devices can be easily adapted by the operator during manual application to match component geometries (simple adjustment directly at the level of the powder pistol)
POWDER – CROSS LINKING PROCESS
Especially in the case of thermo-chemical powder cross linking, curing ovens with special heat reclaim systems are increasingly being used that significantly reduce the amount of energy required for the curing process.
The use of radiation energy (e.g., dark radiators) or upstream IR gel zones also enable powder-curing processes to be carried out much more effectively. There is still a huge development potential here as far as equipment is concerned and, in combination with the launching of NT powder onto the market, vast quantities of energy could be saved, and thus coating costs drastically reduced in the future
Oven manufacturers face the challenge of controlling circulating air in the gel phase to enable different colours of powder to be cured homogeneously, and efficiently guiding indirectly heated air in curing aggregates.
RAPID TESTING METHOD FOR PRODUCTION CONTROLS
For some years now, special time-compressed corrosion tests based on recommendations made by coatings associations have become more established. The following are worthy of mention: condensation test, acid and neutral salt spray test, filiform corrosion tests and specific automotive test standards. Despite the demand to speed up tests, testing times of between 40 and 60 days are typical, thus rendering the tests irrelevant as far as real-time production control is concerned.
In this regard, rapid innovative corrosion tests are needed that enable potential corrosion protection errors to be anticipated within the space of one to three days. Appropriate short-term testing methods have to be developed as fast as possible in order to implement fast, realistic production control processes in the powder coating industry.
CONCLUSION: To summarize, the topics I have addressed show that there are still a lot of developments and technical optimizations to be made in the powder coating industry. Chemical and powder manufacturers need to realize this, as well as equipment manufacturers and application vendors. However, one of the most important prerequisites in this regard is good communication between the various experts.
SOIL MOISTURE SENSOR
Ronak Y. Limbachiya, Instrumentation Department
Indian agriculture is dependent on the monsoons which is not a reliable source of water. Therefore there is a need for an irrigation system in the country which can provide water to the farms according to their soil types. In a country like India, the agriculture plays the important role in the economy and development of the country. In the present era, the farmers are using irrigation technique through the manual control. They irrigate the land at the regular intervals. This process sometimes consumes more water or sometimes the water reaches late due to which the crops get dry. There is a need for an irrigation controller that responds to soil moisture sensors in individual zones as a way of conserving water.
The Soil Moisture Sensor is connected to an irrigation system controller that measures soil moisture content in the active root zone before each scheduled irrigation event and bypasses the cycle if soil moisture is above a user-defined set point. It is used to measure real time soil moisture.
Why Soil Moisture Sensor?
The Soil Moisture Sensor is used to measure the volumetric water content of soil. This makes it ideal for performing experiments in soil science, agricultural science, environmental science, horticulture, botany, and biology. It measure the loss of moisture over time due to evaporation and plant uptake, evaluate optimum soil moisture contents for various species of plants, monitor soil moisture content to control irrigation in greenhouses and enhance Bottle Biology experiments.
Benefits of Soil moisture measurement:
• Optimum production, increased income
• Reduced energy and water consumption and associated costs
• Improved crop quality and increased effectiveness of fertilizers and pesticides
• Better control of diseases and optimum root penetration
• Time and labour savings and good environmental management
How the Soil Moisture Sensor Works?
The Soil Moisture Sensor uses capacitance to measure dielectric permittivity of the surrounding medium. In soil, dielectric permittivity is a function of the water content. The sensor creates a voltage proportional to the dielectric permittivity, and therefore the water content of the soil. The sensor averages the water content over the entire length of the sensor. There is a 2 cm zone of influence with respect to the flat surface of the sensor, but it has little or no sensitivity at the extreme edges. Thus, Soil moisture sensor monitors movement of water through soils with precision and vividness and helps in crop yield improvements for Energy savings, water conservation.
2323 2424
THE SUPER-SMART SPACECRAFT Malgalyaan
Pratik . M. Vyas, MCA Department
Nobody gets Mars right on the first try. Not U.S, not Russia and nor even Europe. But on Sept.24, India did it. That
when the Mangalyaan went into orbit around the red planet, a technology feat no other Asian nation has yet achieved.
Building the craft cost India just $74 million, even less then the budget for the Gravity. At that price ,the Mangalyaan is
equipped with just five onboard instrument that allow it to do simple task like measure Martin methane and surface
composition .More important, however, it allows India to flex its interplanetary muscles, which portends great things for
the country’s space program-and for science in general.
Now let’s get throw some important facts about Mangalyaan.It was launched on 5 November 2013 by the Indian
Space Research Organization (ISRO),It was India’s first Interplanetary mission and ISRO has become fourth space
agency to reach Mars after soviet space program (Russia),NASA (U.S) and European Space Agency. The MangalYaan
spent around a month duration in Earth orbit and went for trans-Mars injection on 30 Nov 2013.This project was approved
by Government of India on 3 Aug. 2012 and total estimated cost for the project was 454 crore rupee.which is cheapest ever
mars project when compared to U.S 15577.5 crore Rupee , we can understand how capable our scientist are .This proved
once again that India is moving very fast when we talk about development, not only in economy but in technology also ,
that encourages young personals to think deeply and to discover new invention in technology for human race that can be
used in this fast growing world.
2525 2626
GEOPOLYMER CEMENTJay Maheta, Polymer Science & Technology Department
Geopolymer cement is an innovative material and a real alternative to conventional Portland cement for use in
transportation infrastructure, construction and offshore applications. It relies on minimally processed natural materials or
industrial byproducts to significantly reduce its carbon footprint, while also being very resistant to many of the durability
issues that can plague conventional concretes.
Creating geopolymer cement requires an alumina silicate material, a user-friendly
alkaline reagent (sodium or potassium soluble silicates with a molar ratio MR
SiO2:M2O>1,65, M being Na or K) and water (See the definition for "user-friendly"
reagent below). Room temperature hardening relies on the addition of calcium
cations, essentially iron blast furnace slag.
Geopolymer cements cure more rapidly than Portland-based cements. They gain
most of their strength within 24 hours. However, they set slowly enough that they
can be mixed at a batch plant and delivered in a concrete mixer. Geopolymer
cement also has the ability to form a strong chemical bond with all kind of rock-
based aggregates. On March 2010, the US Department of Transportation Federal Highway Administration released a
TechBrief titled Geopolymer Concrete that states: The production of versatile, cost-effective geopolymer cements that can
be mixed and hardened essentially like Portland cement represents a game changing advancement, revolutionizing the
construction of transportation infrastructure and the building industry.
Geopolymer concrete:
There is often confusion between the meanings of the two terms 'geopolymer cement' and 'geopolymer concrete'. A
cement is a binder whereas concrete is the composite material resulting from the addition of cement to stone aggregates.
In other words, to produce concrete one purchases cement (generally Portland cement or Geopolymer cement) and adds
it to the concrete batch. Geopolymer chemistry was from the start aimed at manufacturing binders and cements for
various types of applications.
POLYMERS AND THE HUMAN BODYSagar Joshi, Polymer Science & Technology Department
Polymers are everywhere, in everything and for everybody in every imaginable shape, colour, and variations and in the loveliest design. In our modern era we will soon be able to say that everything consists of polymers even human body. In today’s world, life without polymer is incomprehensible and every day, polymers in different forms contribute to our health and peace of mind. Thanks to the Contribution polymers have made to advancement in the medical world. Use of polymers in human body started with plastination (invented by Dr. Gunther in 1978) a technique of tissue preservation in which water and lipids in biological tissues are replaced by polymers and the results are dry, odourless and preserved specimen. Polymers were used as orthopaedic and prosthetic devices. With polymers, shape, colour and surface structure can be matched to the healthy parts of the body, creating an almost natural appearance. Polymers restore physical capabilities allowing an individual to experience a new quality of life. Imagine a day when instead of putting a broken leg in a cast for an entire month or two, doctors inject the fractured site with a polymer liquid that hardens in about a week, providing enough support to walk on it. Polymer scaffolding provides more than structural support and built in to the polymer scaffold are proteins called growth factors, which are released as the polymer degrades inside the body. The main advantage of using polymers is that they can be injected, eliminating the need to cut open the patient. Their weight bearing capacity can also be adjusted, depending on their chemical make-up, to be as strong as thighbone, or lighter. Another big advantage of polymers is that scientist can control the rate at which they degrade. Tuning these polymers to degrade at the same rate as the new bone is formed is extremely important. A real quantum leap in medical science took place in 1978 when John Ugelstad and his colleagues succeeded in producing microscopically small polymer spheres. These “monodisperse particles” are all the same size and share identical properties. The Ugelsted spheres can be used in DNA studies, in the production of antibodies for cancer treatment and HIV research. The spheres can be magnetized and have a “hook” that attaches itself to bacteria, viruses and damaged cells, after which they can be removed from blood or tissue by means of magnet. Recently researchers at Sheffield University (UK) have developed an artificial blood. The new blood is made up of polymer molecule having iron molecule in the core, like haemoglobin, that can carry oxygen through the body. Polymer blood is dark red water soluble paste with consistency of honey as with real blood, the colour comes from the porphyrin. They say that the artificial blood is light to carry, does not need to be kept cool and can be kept for longer. Polymer blood can be stored a lot more easily than blood, meaning large quantities could be carried easily by ambulances. When donated blood, while valuable, poses risks to the recipient, including diseases such as hepatitis C or HIV, the virus that causes Aids, polymer blood will be free from all these problems. Polymer blood can be made completely sterile, just add a water and we will have a litre of O negative , the universally transfusible version, which could be easily transported to the locations where needed, or can be stored against future need. At the moment, there is no idea regarding the polymer’s lifetime in the body, however, for its intended application, a short lifetime is an advantage, say scientists. Polymers will undoubtedly be a major force in realizing the fantastic vision of polymer human body by realizing replacement of not only human body bones and muscles but its fluids also.
THE SUPER-SMART SPACECRAFT Malgalyaan
Pratik . M. Vyas, MCA Department
Nobody gets Mars right on the first try. Not U.S, not Russia and nor even Europe. But on Sept.24, India did it. That
when the Mangalyaan went into orbit around the red planet, a technology feat no other Asian nation has yet achieved.
Building the craft cost India just $74 million, even less then the budget for the Gravity. At that price ,the Mangalyaan is
equipped with just five onboard instrument that allow it to do simple task like measure Martin methane and surface
composition .More important, however, it allows India to flex its interplanetary muscles, which portends great things for
the country’s space program-and for science in general.
Now let’s get throw some important facts about Mangalyaan.It was launched on 5 November 2013 by the Indian
Space Research Organization (ISRO),It was India’s first Interplanetary mission and ISRO has become fourth space
agency to reach Mars after soviet space program (Russia),NASA (U.S) and European Space Agency. The MangalYaan
spent around a month duration in Earth orbit and went for trans-Mars injection on 30 Nov 2013.This project was approved
by Government of India on 3 Aug. 2012 and total estimated cost for the project was 454 crore rupee.which is cheapest ever
mars project when compared to U.S 15577.5 crore Rupee , we can understand how capable our scientist are .This proved
once again that India is moving very fast when we talk about development, not only in economy but in technology also ,
that encourages young personals to think deeply and to discover new invention in technology for human race that can be
used in this fast growing world.
2525 2626
GEOPOLYMER CEMENTJay Maheta, Polymer Science & Technology Department
Geopolymer cement is an innovative material and a real alternative to conventional Portland cement for use in
transportation infrastructure, construction and offshore applications. It relies on minimally processed natural materials or
industrial byproducts to significantly reduce its carbon footprint, while also being very resistant to many of the durability
issues that can plague conventional concretes.
Creating geopolymer cement requires an alumina silicate material, a user-friendly
alkaline reagent (sodium or potassium soluble silicates with a molar ratio MR
SiO2:M2O>1,65, M being Na or K) and water (See the definition for "user-friendly"
reagent below). Room temperature hardening relies on the addition of calcium
cations, essentially iron blast furnace slag.
Geopolymer cements cure more rapidly than Portland-based cements. They gain
most of their strength within 24 hours. However, they set slowly enough that they
can be mixed at a batch plant and delivered in a concrete mixer. Geopolymer
cement also has the ability to form a strong chemical bond with all kind of rock-
based aggregates. On March 2010, the US Department of Transportation Federal Highway Administration released a
TechBrief titled Geopolymer Concrete that states: The production of versatile, cost-effective geopolymer cements that can
be mixed and hardened essentially like Portland cement represents a game changing advancement, revolutionizing the
construction of transportation infrastructure and the building industry.
Geopolymer concrete:
There is often confusion between the meanings of the two terms 'geopolymer cement' and 'geopolymer concrete'. A
cement is a binder whereas concrete is the composite material resulting from the addition of cement to stone aggregates.
In other words, to produce concrete one purchases cement (generally Portland cement or Geopolymer cement) and adds
it to the concrete batch. Geopolymer chemistry was from the start aimed at manufacturing binders and cements for
various types of applications.
POLYMERS AND THE HUMAN BODYSagar Joshi, Polymer Science & Technology Department
Polymers are everywhere, in everything and for everybody in every imaginable shape, colour, and variations and in the loveliest design. In our modern era we will soon be able to say that everything consists of polymers even human body. In today’s world, life without polymer is incomprehensible and every day, polymers in different forms contribute to our health and peace of mind. Thanks to the Contribution polymers have made to advancement in the medical world. Use of polymers in human body started with plastination (invented by Dr. Gunther in 1978) a technique of tissue preservation in which water and lipids in biological tissues are replaced by polymers and the results are dry, odourless and preserved specimen. Polymers were used as orthopaedic and prosthetic devices. With polymers, shape, colour and surface structure can be matched to the healthy parts of the body, creating an almost natural appearance. Polymers restore physical capabilities allowing an individual to experience a new quality of life. Imagine a day when instead of putting a broken leg in a cast for an entire month or two, doctors inject the fractured site with a polymer liquid that hardens in about a week, providing enough support to walk on it. Polymer scaffolding provides more than structural support and built in to the polymer scaffold are proteins called growth factors, which are released as the polymer degrades inside the body. The main advantage of using polymers is that they can be injected, eliminating the need to cut open the patient. Their weight bearing capacity can also be adjusted, depending on their chemical make-up, to be as strong as thighbone, or lighter. Another big advantage of polymers is that scientist can control the rate at which they degrade. Tuning these polymers to degrade at the same rate as the new bone is formed is extremely important. A real quantum leap in medical science took place in 1978 when John Ugelstad and his colleagues succeeded in producing microscopically small polymer spheres. These “monodisperse particles” are all the same size and share identical properties. The Ugelsted spheres can be used in DNA studies, in the production of antibodies for cancer treatment and HIV research. The spheres can be magnetized and have a “hook” that attaches itself to bacteria, viruses and damaged cells, after which they can be removed from blood or tissue by means of magnet. Recently researchers at Sheffield University (UK) have developed an artificial blood. The new blood is made up of polymer molecule having iron molecule in the core, like haemoglobin, that can carry oxygen through the body. Polymer blood is dark red water soluble paste with consistency of honey as with real blood, the colour comes from the porphyrin. They say that the artificial blood is light to carry, does not need to be kept cool and can be kept for longer. Polymer blood can be stored a lot more easily than blood, meaning large quantities could be carried easily by ambulances. When donated blood, while valuable, poses risks to the recipient, including diseases such as hepatitis C or HIV, the virus that causes Aids, polymer blood will be free from all these problems. Polymer blood can be made completely sterile, just add a water and we will have a litre of O negative , the universally transfusible version, which could be easily transported to the locations where needed, or can be stored against future need. At the moment, there is no idea regarding the polymer’s lifetime in the body, however, for its intended application, a short lifetime is an advantage, say scientists. Polymers will undoubtedly be a major force in realizing the fantastic vision of polymer human body by realizing replacement of not only human body bones and muscles but its fluids also.
A REVIEW ON BIOLUBRICANTS FROM RENEWABLE RESOURCES
Tirth M. Panchal, Industrial Chemistry Department
A lubricant is a substance introduced to reduce friction between moving surfaces. It may also have the function of transporting foreign particles. The property of reducing friction is known as lubricity. In the last few years interest & activity has grown up around the globe to find a substitute of fossil fuel. According to the World Energy Outlook 2010 (International Energy Agency), global energy use will further increase by 36% from 2008 to 2035, of which 50% is accounted for by fossil-based resources. This has enormous implications for the environment and will endanger climate control. Environment pollution problems are increasing day-by-day due to use of petroleum oil products. Also spillage of such products harms marine ecosystem.Vegetable oils can be used as raw materials as they have unique properties viz. have a greater ability to lubricate, higher viscosity ind ices, ant icor ros ion properties compared to mineral oils and greater af?nity for metal surfaces due to their unique chemical structure.The ester linkages deliver inherent lubricity on metallic surfaces because of their adhesive property. Further, vegetable oils have superior solubilizing power for contaminants and additive molecules compared with mineral base ?uids.Advantage of vegetable oil over petroleum oil are Easily available, Non toxic and easily bio degradable ,Low volatility and easy production. Vegetable oil can be chemically modified by various unit processes. This modified vegetable oil was used as lubricating oil and also as base oil in formulating bio based grease. Chemically modified oils derived from the esteri?cation of plant oils and branched neopolyols such as trimethylolpropane (TMP) and Pentaerythritol have been developed for lubricants.Various catalysts used for esterification were sodium methylate, sodium methoxide, potassium hydroxide. Chemically modified oil derived from vegetable oil- a renewable source, can be used as base stock to formulate lubricating grease. Use of such natural resource for deriving a value added product like lubricants can eliminate various problems related to environment and depletion of finite resources
2727
Yesha Padiya , M.Sc. (EST) 2nd semester
"????? ? ?????? ???"
BIOCONVERSION OF GLYCEROL TO 1,3-PROPANEDIOL USING LACTOBACILLUS
Mandar Karve, Industrial Chemistry Department
Glycerol is a simple polyol compound, which is obtained from fat and oil. It is colorless or yellowish liquid.
The 3 hydroxyl group are attached with propylene group is responsible for its solubility in water. The Backbone is made by triglyceride.Glycerol is a reactive molecule that undergoes all the usual reactions of alcohols. The two terminal primary hydroxyl groups are more reactive than the internal secondary hydroxyl group. On cooling glycerol forms transparent solid crystals.
The sources of glycerol are vegetable oil, petroleum crude, Fat splitting, soap manufacturing, as a by-product from the biodiesel production, Fermentation of sugar and hydrogenation of carbohydrates etc.If it is converted using chemical reaction, high temperature and pressure plus costly catalysts like Ir, Cr, Ag are required .The biological conversion has the advantages of reaction occurring at room temperature and atmospheric pressure plus the use of micro organisms for conversion instead of catalysts.The bioconversion includes the following steps.? Inoculation of Lactobacillus strain in nutrient broth medium ,Sterilization of the MRS broth medium ,addition of pre-culture medium,Incubation for the
required time periods, separation of biomass by centrifuge, isolation of 1,3-PDO using Chloroform solvent.This 1,3 – PDO can be utilized in the manufacturing of polytrimethylene terephthalate (PTT) which is a biodegradable polymer.
BLUE BRAIN
Digant Parmar, MCA-4th semester
Blue brain " -The name of the world's first virtual brain. That means a machine that can function as a human brain. Today scientists are in research to create an artificial brain that can think, response, take a decision, and keep anything in memory. The main aim is to upload human brain into machine so that man can think, take decision without any effort. After the death of the body, the virtual brain will act as the man. So, even after the death of a person we will not lose the knowledge, intelligence, personalities, feelings and memories of that man that can be used for the development of the human society. No one has ever understood the complexity of human brain. It is complex than any circuitry in the world. So, question may arise "Is it really possible to create a human brain?" The answer is "Yes". Because whatever man has created today always he has followed the nature. When man does not have a device called computer, it was a big question for all .But today it is possible due to the technology. Technology is growing faster than everything. IBM is now in research to create a virtual brain. It is called "Blue brain ".If possible, this would be the first virtual brain of the world.
How it is possible?First, it is helpful to describe the basic manners in which a person may be uploaded into a computer. Raymond Kurzweil recently provided an interesting paper on this topic. In it, he describes both invasive and noninvasive techniques. The most promising is the use of very small robots, or nanobots. These robots will be small enough to travel throughout our circulatory systems. Traveling into the spine and brain, they will be able to monitor the activity and structure of our central nervous system. They will be able to provide an interface with computers that is as close as our mind can be while we still reside in our biological form.
Nanobots could also carefully scan the structure of our brain, providing a complete readout of the connections between each neuron. They would also record the current state of the brain. This information, when entered into a computer, could then continue to function as us. All that is required is a computer with large enough storage space and processing power. Is the pattern and state of neuron connections in our brain truly all that makes up our conscious selves? Many people believe firmly those we possess a soul, while some very technical people believe that quantum forces contribute to our awareness. But we have to now think technically. Note, however, that we need not know how the brain actually functions, to transfer it to a computer. We need only know the media and contents. The actual mystery of how we achieved consciousness in the first place, or how we maintain it, is a separate discussion.
2828 2929
The EPFL Blue Gene was the 8th fastest supercomputer in the world
DIFFERENT PURPOSES OF VALUATION AND ROLE OF VALUERSTejal Panchal, Valuation Department
Introduction:In the fast developing Indian economy, scope of work for valuers is increasing day by day. Valuation services are required in many areas like – banking, corporate restructuring, land acquisition, taxation, insurance, town planning, legal matters and many more. Different purposes for which services of professional valuers are required and role of valuers are discussed in this article.Purposes of valuation:• Use of valuation reports in the sale of property:
If the owner of any property wishes to offer the same for sale, it is necessary first and foremost to find out what it would fetch him in monetary terms. Then only can he make a realistic decision on whether to accept or reject an offered price. Taking professional valuation service is mandatory in some areas like sale of a trust property.
• Use of valuation report in the purchase of property:As properties are always different in nature, they require an expert opinion when a purchase is made. Due to this heterogeneous characteristic of immovable property and as property market is not well organised, buyer is not always conversant with what is fair price to pay for a particular property, and hence he seeks for a professional advice.
• For taxation purpose :Valuation of property is required under various direct tax laws administered by the central board of direct taxes, ministry of finance. These include the Wealth Tax Act, Capital Gain Tax etc.
• Valuation for insurance purpose:For financial protection against the unforeseen circumstances like natural calamities or man-made incidents, insurance coverage is necessary. If the property is over insured, a higher premium is paid unnecessarily. On the other hand if the property is under insured, then full loss against actual losses cannot be recovered. Therefore, it is always prudent to go for correct assessment of ‘insurable value’ from a professional valuer.
• Valuation requirement for calculating court fees:When legal proceedings are started in court for whatever purpose, normally a court stamp fee is to be estimated. For this purpose, if the subject matter happens to be a real estate immovable property, plant and machinery etc. a valuation may be necessary .
• Valuation under land acquisition:Normally all democratic governments compensate for any property that may be acquired for public good. When property is taken for a public project or for public good, compensating the original owner at a fair market price is necessary. Valuation in this case is as per the provisions of the respective Act under which acquisition is made.
• Valuation in banking:When a property is kept as security by way of mortgage or collateral security with bank or any other financial institution, amount of money to be safely advanced is decided based on the valuation report by the bank’s panel valuer. At the time of default and recovery by public auction, again valuation is needed to fix the reserve price.
• Valuation in leasing and rent fixation:In case of leasing of the property or letting it, rent fixation becomes a vital issue. A correct valuation advice is necessary for proper rent fixation, which may be based upon legal provisions as well as prevalent market situations.
• Valuation for companies:At corporate level, valuation services are required for revaluation of companies assets as well as during mergers, take overs and acquisitions.
Conclusion:Thus, valuation is a very wide field for professional practice requiring thorough knowledge of technical, legal, social and economic aspects of property market.
BIOCONVERSION OF GLYCEROL TO 1,3-PROPANEDIOL USING LACTOBACILLUS
Mandar Karve, Industrial Chemistry Department
Glycerol is a simple polyol compound, which is obtained from fat and oil. It is colorless or yellowish liquid.
The 3 hydroxyl group are attached with propylene group is responsible for its solubility in water. The Backbone is made by triglyceride.Glycerol is a reactive molecule that undergoes all the usual reactions of alcohols. The two terminal primary hydroxyl groups are more reactive than the internal secondary hydroxyl group. On cooling glycerol forms transparent solid crystals.
The sources of glycerol are vegetable oil, petroleum crude, Fat splitting, soap manufacturing, as a by-product from the biodiesel production, Fermentation of sugar and hydrogenation of carbohydrates etc.If it is converted using chemical reaction, high temperature and pressure plus costly catalysts like Ir, Cr, Ag are required .The biological conversion has the advantages of reaction occurring at room temperature and atmospheric pressure plus the use of micro organisms for conversion instead of catalysts.The bioconversion includes the following steps.? Inoculation of Lactobacillus strain in nutrient broth medium ,Sterilization of the MRS broth medium ,addition of pre-culture medium,Incubation for the
required time periods, separation of biomass by centrifuge, isolation of 1,3-PDO using Chloroform solvent.This 1,3 – PDO can be utilized in the manufacturing of polytrimethylene terephthalate (PTT) which is a biodegradable polymer.
BLUE BRAIN
Digant Parmar, MCA-4th semester
Blue brain " -The name of the world's first virtual brain. That means a machine that can function as a human brain. Today scientists are in research to create an artificial brain that can think, response, take a decision, and keep anything in memory. The main aim is to upload human brain into machine so that man can think, take decision without any effort. After the death of the body, the virtual brain will act as the man. So, even after the death of a person we will not lose the knowledge, intelligence, personalities, feelings and memories of that man that can be used for the development of the human society. No one has ever understood the complexity of human brain. It is complex than any circuitry in the world. So, question may arise "Is it really possible to create a human brain?" The answer is "Yes". Because whatever man has created today always he has followed the nature. When man does not have a device called computer, it was a big question for all .But today it is possible due to the technology. Technology is growing faster than everything. IBM is now in research to create a virtual brain. It is called "Blue brain ".If possible, this would be the first virtual brain of the world.
How it is possible?First, it is helpful to describe the basic manners in which a person may be uploaded into a computer. Raymond Kurzweil recently provided an interesting paper on this topic. In it, he describes both invasive and noninvasive techniques. The most promising is the use of very small robots, or nanobots. These robots will be small enough to travel throughout our circulatory systems. Traveling into the spine and brain, they will be able to monitor the activity and structure of our central nervous system. They will be able to provide an interface with computers that is as close as our mind can be while we still reside in our biological form.
Nanobots could also carefully scan the structure of our brain, providing a complete readout of the connections between each neuron. They would also record the current state of the brain. This information, when entered into a computer, could then continue to function as us. All that is required is a computer with large enough storage space and processing power. Is the pattern and state of neuron connections in our brain truly all that makes up our conscious selves? Many people believe firmly those we possess a soul, while some very technical people believe that quantum forces contribute to our awareness. But we have to now think technically. Note, however, that we need not know how the brain actually functions, to transfer it to a computer. We need only know the media and contents. The actual mystery of how we achieved consciousness in the first place, or how we maintain it, is a separate discussion.
2828 2929
The EPFL Blue Gene was the 8th fastest supercomputer in the world
DIFFERENT PURPOSES OF VALUATION AND ROLE OF VALUERSTejal Panchal, Valuation Department
Introduction:In the fast developing Indian economy, scope of work for valuers is increasing day by day. Valuation services are required in many areas like – banking, corporate restructuring, land acquisition, taxation, insurance, town planning, legal matters and many more. Different purposes for which services of professional valuers are required and role of valuers are discussed in this article.Purposes of valuation:• Use of valuation reports in the sale of property:
If the owner of any property wishes to offer the same for sale, it is necessary first and foremost to find out what it would fetch him in monetary terms. Then only can he make a realistic decision on whether to accept or reject an offered price. Taking professional valuation service is mandatory in some areas like sale of a trust property.
• Use of valuation report in the purchase of property:As properties are always different in nature, they require an expert opinion when a purchase is made. Due to this heterogeneous characteristic of immovable property and as property market is not well organised, buyer is not always conversant with what is fair price to pay for a particular property, and hence he seeks for a professional advice.
• For taxation purpose :Valuation of property is required under various direct tax laws administered by the central board of direct taxes, ministry of finance. These include the Wealth Tax Act, Capital Gain Tax etc.
• Valuation for insurance purpose:For financial protection against the unforeseen circumstances like natural calamities or man-made incidents, insurance coverage is necessary. If the property is over insured, a higher premium is paid unnecessarily. On the other hand if the property is under insured, then full loss against actual losses cannot be recovered. Therefore, it is always prudent to go for correct assessment of ‘insurable value’ from a professional valuer.
• Valuation requirement for calculating court fees:When legal proceedings are started in court for whatever purpose, normally a court stamp fee is to be estimated. For this purpose, if the subject matter happens to be a real estate immovable property, plant and machinery etc. a valuation may be necessary .
• Valuation under land acquisition:Normally all democratic governments compensate for any property that may be acquired for public good. When property is taken for a public project or for public good, compensating the original owner at a fair market price is necessary. Valuation in this case is as per the provisions of the respective Act under which acquisition is made.
• Valuation in banking:When a property is kept as security by way of mortgage or collateral security with bank or any other financial institution, amount of money to be safely advanced is decided based on the valuation report by the bank’s panel valuer. At the time of default and recovery by public auction, again valuation is needed to fix the reserve price.
• Valuation in leasing and rent fixation:In case of leasing of the property or letting it, rent fixation becomes a vital issue. A correct valuation advice is necessary for proper rent fixation, which may be based upon legal provisions as well as prevalent market situations.
• Valuation for companies:At corporate level, valuation services are required for revaluation of companies assets as well as during mergers, take overs and acquisitions.
Conclusion:Thus, valuation is a very wide field for professional practice requiring thorough knowledge of technical, legal, social and economic aspects of property market.
3030
CROP MANAGEMENT AND FOG ALERT DETECTION(Project work carried out at Space Application Centre (ISRO), Ahmedabad)
Nidhi Naik and Neha Patel, Information Technology Dept.
Indian economy is very much dependent on agriculture outputs. Food security for 1.25 billion populations is another major
challenge for the country. Indian Space Research Organization (ISRO) has contributed significantly in estimating sown
area for different crops, crop health status and finally possible yields. It is required to provide access to such data
repository developed at SAC (ISRO). Main objective of our project work is to detect fog in Earth observation vegetative
data. The frequency of fog occurrences at various locations is also detected. These inputs will help in improving crop yield
estimation. Findings and its impacts would be made web enabled during this project assignments.
ELECTRONIC VOTING MACHINE
Jay Popat & Bhavesh Kachhadiya, Instrumentation Dept.
Electronic voting machine has now replaced the traditional mechanism of voting due to advantages like security, automatic counting etc. We have worked out a project with some novel features. The circuit uses ATMEGA 328 microcontrollers and the code for the project has been written in C on Arduino IDE. It also uses 16X2 LCD and Micro SD card in controller board while tactile switches and Arduino mini-pro in ballot boards.
The system features are as follows:
1. It is designed for 30 candidates now (only two ballot boards), but is expandable to maximum of 255 candidates by addition of ballot boards each adding 15 more candidates.
2. It shows the voter who he/she has voted for 3 seconds (works like acknowledge slip).
3. Real Time Clock records the voting details with time of voting.
4. Minimum time between two votes is 5 Seconds to avoid spurious voting.
5. The vote details are recorded on Flash memory of microcontroller as well as in a CSV file on microSD card attached.
6. A serial link transfers the same to connected PC (can be connected to Network for online counting).
7. Operator is provided with two switches to control voting event namely, Enable and Reset. To enable voter to vote and to clear the voting details of mock voting respectively.
8. Each ballot board is active and reports to controller board via serial communication link.
9. Can operate on 3.3V or 5V battery. Simple 5000mAh battery can work for 24 Hours. No need to have battery backup after voting is over as data is stored on Flash memory and MicroSD cards
Working:
The voting is started by pressing the enable switch after which the user is prompted to vote. The count of votes is stored in Flash memory of ATMega 328. As soon as the user votes for a candidate by pressing one of the switches, the value of the corresponding variable is increased by one. After this a message of whom the voter has voted appears. The message stays on the screen for 3 seconds. The controller reads RTC data and stores the voting and time details in a CSV file created on MicroSD card. After 5 seconds the system is ready to accept a new vote. One can have triple redundancy for the voting details; in Flash memory, in MicroSD card file and on serially connected terminal. This low cost and reliable system can be used for other applications like electronic feedback collection in the Institutions, opinion polls in media, surveys etc.
Placement Detail
Sr. No. of students selected Designation Name of the Company
1. 08 Associate valuer Various professional firms
2. 09 Self employed as professional valuer ---
Sr. No. of students selected Designation Name of the Company
1 05 Production Officer Lupin Ltd
2 30 Trainee Chemist Reliance, Jamnagar
3 01 R & D Chemist Transpek,Vadodara
4 03 Production Chemist Arista Life Science, Kalol
5 04Production Executive+ R & D Chemist
Atul Ltd
6 03 Production Chemist Crystal Quinone Ltd.,Ahmedabad
7 01 QA Chemist Asian Paints, Saregam
8 01 Production Chemist Lonsen Kiri Chemicals, Savli
9 01 Processing Chemist Natroyal Inds, Savli
10 01 Chemist Birla Cellulose,Ankleshwar
110201
Production ChemistQC Chemist
Rallis, Ankleshwar
12 01 QC Chemist Base metal ltd.,Nandesari
13 02 QC Chemist Gharda Chemicals Ltd., Panoli
14 01 Chemist Amoli Organics
15 01 Production Executive Torrent Pharma, Kadi
16 01 QC Chemist Mercury Labs,Vadodara
3131
M.Sc. Industrial Chemistry || 2013-14
M.Sc.-Valuation Real Estate || 2013-14
2014-15
Sr. No. of students selected Designation Name of the Company
1 05 Production Officer Lupin Ltd., Ankl2eshwar
2 06 Production Officer Lupin Ltd., Dabhasa
3 06 Production Officer Lupin Ltd., Mandideep
4 05 Production Executive Atul Ltd.,Valsad
50302
Q.C. Chemist Prod Chemist
Ranbaxy, Dewas
6 03 Q. C. Chemist SRF, Dahej
7 02 Production officer Torrent,Dahej
80601
Production ChemistOfficer (ADL)
Zydus Cadila, Dabhasa
9 01 Q.C. Chemist Fine Chem bio System, Ahmedabad
10 10 Production Trainee PI Industries Ltd., Panoli
11 01 Q.C. Chemist Emnil Pharma,Ahmedabad
12 02 Production chemist Amoli Organics Ltd.,Vadodara
Sr. No. of students selected Designation Name of the Company
1 05 Production officer Reliace Industry Ltd., Jamnagar
2 03 Lab Analyst GNFC, Bharuch
2014-15
Sr. No. of students selected Designation Name of the Company
1. 01 Production Chemist ATUL LTD, Valsad
2. 03 QC- Trainee officer SRF Chemicals, Dahej
3. 01 QC- Chemist Grasim Industries Ltd., Bharuch
4. 04 R&D Chemist Amoli Organics Ltd.
Sr. No. of students selected Designation Name of the Company
1 09 Production Officer Reliance Industries Ltd.
2 02 Production & QC Executive Sumip Composites Ltd.
3 01 R&D Executive R.R. Kabel
4 02 Production Officer Jolly Container Ltd.
5 01 R&D Executive Admark Polycoats Ltd.
6 01 Production Officer Gokulnandan Petrofibre Pvt. Ltd.
7 01 Technical Marketing Executive Cheminox Enterprise
8 01 QC Officer Indutch Composites Pvt. Ltd.
9 01 Production Officer Net Royal Ltd. Halol10 01 R&D Executive Atul Ltd., Valsad
11 02 Production Executive Jolly Container Ltd.
Sr. No. of students selected Designation Name of the Company
1 03 Production & QC Executive Sumip Composites Ltd.
2 04 Production & QC & R&D Executive Admark Polycoats Ltd.
3 01 Production Officer Shish Industries
4 01 QC Officer Indutch Composites Pvt. Ltd.
5 02 Production & QC Executive Polycab wires & cables Ltd.
6 02 R&D Executive Crest Composites & Plastics
7 01 QC Chemist Grasim Industries Ltd., Bharuch
2014-15
Sr. No. of students selected Designation Name of the Company
01 01 Web developer Bmantra software
02 01 Software Developer Ganesh Infotech
03 01 Web developer Megha technology
04 01 Developer Office Design IT Planet
05 01 Data Programmer Windows maker Softwares
06 01 Web developer AARK Infosoft
07 01 Web developer B.N.V.Pvt.Ltd
08 01 Data Operator Windows maker Softwares
09 01 Web Designer Omega dezine
10 01 Software Technical EAI Pvt.Ltd.
11 01 SCO Trainee Webosphtre
12 01 Developer Incuse & Infotech
13 01 Web developer Pragma offshor
14 01 Developer Smart Infosys .Net
15 01 Developer Smart Infosys .Net
16 01 Developer Linksters Technology Pvt.Ltd.
17 01 Sales Executive Laxmi Vilas Bank
18 01 Developer Linksters Technology Pvt.Ltd.
19 01 Computer Compiler Omni Bus Industrial Development Corporation
20 01 Designer Young World Infotech
21 01 Adm. Assistant WellSpun Co.Ltd
22 01 Android developer silicon it hub Pvt ltd
23 01 Technician C&E School -Anand
24 01 .Net developer SKN Organization
25 06 Students have joined Academics
3232 3333
M.Sc. – Information Technology || 2014-15
M.Sc. Organic Chemistry || 2013-14
M.Sc. Polymer Science & Technology || 2013-14
2014-15
Sr. No. of students selected Designation Name of the Company
1 05 Production Officer Lupin Ltd., Ankl2eshwar
2 06 Production Officer Lupin Ltd., Dabhasa
3 06 Production Officer Lupin Ltd., Mandideep
4 05 Production Executive Atul Ltd.,Valsad
50302
Q.C. Chemist Prod Chemist
Ranbaxy, Dewas
6 03 Q. C. Chemist SRF, Dahej
7 02 Production officer Torrent,Dahej
80601
Production ChemistOfficer (ADL)
Zydus Cadila, Dabhasa
9 01 Q.C. Chemist Fine Chem bio System, Ahmedabad
10 10 Production Trainee PI Industries Ltd., Panoli
11 01 Q.C. Chemist Emnil Pharma,Ahmedabad
12 02 Production chemist Amoli Organics Ltd.,Vadodara
Sr. No. of students selected Designation Name of the Company
1 05 Production officer Reliace Industry Ltd., Jamnagar
2 03 Lab Analyst GNFC, Bharuch
2014-15
Sr. No. of students selected Designation Name of the Company
1. 01 Production Chemist ATUL LTD, Valsad
2. 03 QC- Trainee officer SRF Chemicals, Dahej
3. 01 QC- Chemist Grasim Industries Ltd., Bharuch
4. 04 R&D Chemist Amoli Organics Ltd.
Sr. No. of students selected Designation Name of the Company
1 09 Production Officer Reliance Industries Ltd.
2 02 Production & QC Executive Sumip Composites Ltd.
3 01 R&D Executive R.R. Kabel
4 02 Production Officer Jolly Container Ltd.
5 01 R&D Executive Admark Polycoats Ltd.
6 01 Production Officer Gokulnandan Petrofibre Pvt. Ltd.
7 01 Technical Marketing Executive Cheminox Enterprise
8 01 QC Officer Indutch Composites Pvt. Ltd.
9 01 Production Officer Net Royal Ltd. Halol10 01 R&D Executive Atul Ltd., Valsad
11 02 Production Executive Jolly Container Ltd.
Sr. No. of students selected Designation Name of the Company
1 03 Production & QC Executive Sumip Composites Ltd.
2 04 Production & QC & R&D Executive Admark Polycoats Ltd.
3 01 Production Officer Shish Industries
4 01 QC Officer Indutch Composites Pvt. Ltd.
5 02 Production & QC Executive Polycab wires & cables Ltd.
6 02 R&D Executive Crest Composites & Plastics
7 01 QC Chemist Grasim Industries Ltd., Bharuch
2014-15
Sr. No. of students selected Designation Name of the Company
01 01 Web developer Bmantra software
02 01 Software Developer Ganesh Infotech
03 01 Web developer Megha technology
04 01 Developer Office Design IT Planet
05 01 Data Programmer Windows maker Softwares
06 01 Web developer AARK Infosoft
07 01 Web developer B.N.V.Pvt.Ltd
08 01 Data Operator Windows maker Softwares
09 01 Web Designer Omega dezine
10 01 Software Technical EAI Pvt.Ltd.
11 01 SCO Trainee Webosphtre
12 01 Developer Incuse & Infotech
13 01 Web developer Pragma offshor
14 01 Developer Smart Infosys .Net
15 01 Developer Smart Infosys .Net
16 01 Developer Linksters Technology Pvt.Ltd.
17 01 Sales Executive Laxmi Vilas Bank
18 01 Developer Linksters Technology Pvt.Ltd.
19 01 Computer Compiler Omni Bus Industrial Development Corporation
20 01 Designer Young World Infotech
21 01 Adm. Assistant WellSpun Co.Ltd
22 01 Android developer silicon it hub Pvt ltd
23 01 Technician C&E School -Anand
24 01 .Net developer SKN Organization
25 06 Students have joined Academics
3232 3333
M.Sc. – Information Technology || 2014-15
M.Sc. Organic Chemistry || 2013-14
M.Sc. Polymer Science & Technology || 2013-14
Sr.No. of students selected
Designation Name of the Company
1. 01 Industrial Hygienist Nestle India Ltd
2. 01 Safety Officer Gulf Drilling Co Ltd
3. 01 Safety Officer Chemical Industry. Vadodara
4. 01 Accountant BOB
5. 01 Migrated USA
6. 01 Safety Officer John Energy Ltd
7. 01 --- Unnati NGO has been given the job forDisaster Mgt Plan for VATVA GIDC
8. 01 Safety Officer Ford Motors
9. 01 Safety Officer Gulbransen Ltd.
10. 01 Industrial Hygienist Reliance Ind. Ltd, Jamnagar
11. 01 Industrial Hygienist Glenmark Pharma Ltd.
12. 01 Industrial Hygienist Kohler India Corp Pvt Ltd, Bharuch.
13. 01 -- Migrated to New Zealand
14. 01 Safety Officer Reliance Ind. Ltd , Jamanagar
15. 01 Safety Officer Chemical Industry. Vadodara
3434
2014-15
Sr.No. of students selected
Designation Name of the Company
1 01 Production Officer Level-1 Asian Paints Ltd. - Ankleshwar
2 01 R & D Officer Level-1 Asian Paints Ltd. - Sarigaam
3 02 R&D Chemist Axalta, Savli
4 02 Production Chemist Ansa Glass, Kosmba
5 02 R&D Chemist Neo Paint and Plast, Vapi
6 02 Post Graduate Trainee Seigwerk Ink India Ltd., Bhiwandi
7 01 QC, Chemist Berger Paints, V U Nagar
Sr. No. of StudentsSelected
Designation Name of the company
1 03 Production Officer-1 Asian Paints Ltd. - Ankleshwar 2 03 Officer Q. A./ R&D/TSS Asian Paints Ltd. - Sarigaam3 03 R & D & QC Lab Asst. Spectrum Industries, Dubai4 02 Shift In charge Chemist Polychem Resins Int. Ind. LLC, Dubai5 05 R&D & Production Grandpolycoats Co. Pvt Ltd., Padra 6 05 Trainee (QC) Meghmani Organics Limited, Ahd. 7 02 R & D Chemist Satyam Paints, Manjusar, Savli 8 02 Coating Inspector Polycoat, Vadodara9 04 R & D Chemist Axalta, Savli 10 03 R & D Chemist Tara Paints, Ahmedabad11 01 Production Chemist Esdee Paints, Vatva 12 03 Production / QC Arcoy Industries, Ahmedabad13 01 QC Micro Inks (Huber Group), Vapi
3535
M.Sc. –Industrial Hygiene & Safety || 2014 - 2015
M.Sc. Surface Coating Technology || 2013 - 2014
Star Performers in Different Sports Activities during A.Y. 2014-15
2. Players selected in S. P. Uni. team for Inter University TournamentsFootball:
(i) Dhaval Tandel(ii) Enil A. Yesudas(iii) Anu Mani
Chess:Krupal N. Dadhania
3. ISTAR’s achievements in Inter-Collegiate Tournaments organized by Group of Progressive Institutes (i) Winner in Volleyball(ii) Runners-up in Chess
1. INTER CLASS TOURNAMENTS of students and staff 2014-15
Event Winner Runners-Up
Cricket M.Sc. (SCT) 4th Sem. M.Sc. (SCT) 2nd Sem.
Football M.Sc. (IC) 2nd Sem. M.Sc. (SCT) 4th Sem.
Volleyball M.Sc.(IC) 2nd Sem. M.Sc.(IC) 4th Sem.
Chess Krupal Dadhania, IC 4th Sem. Dhaval Patel, IC 4th Sem.
Table Tennis (singles) Rupesh T. Shah (Staff) Rajesh Patel, IC 4th Sem.
Table Tennis (doubles) Rupesh T. Shah Himanshu Kapse
(Staff)(Staff)
Rajesh Patel, Chintan Chaudhary,
IC 4th Sem.IC 4th Sem.
Sr.No. of students selected
Designation Name of the Company
1. 01 Industrial Hygienist Nestle India Ltd
2. 01 Safety Officer Gulf Drilling Co Ltd
3. 01 Safety Officer Chemical Industry. Vadodara
4. 01 Accountant BOB
5. 01 Migrated USA
6. 01 Safety Officer John Energy Ltd
7. 01 --- Unnati NGO has been given the job forDisaster Mgt Plan for VATVA GIDC
8. 01 Safety Officer Ford Motors
9. 01 Safety Officer Gulbransen Ltd.
10. 01 Industrial Hygienist Reliance Ind. Ltd, Jamnagar
11. 01 Industrial Hygienist Glenmark Pharma Ltd.
12. 01 Industrial Hygienist Kohler India Corp Pvt Ltd, Bharuch.
13. 01 -- Migrated to New Zealand
14. 01 Safety Officer Reliance Ind. Ltd , Jamanagar
15. 01 Safety Officer Chemical Industry. Vadodara
3434
2014-15
Sr.No. of students selected
Designation Name of the Company
1 01 Production Officer Level-1 Asian Paints Ltd. - Ankleshwar
2 01 R & D Officer Level-1 Asian Paints Ltd. - Sarigaam
3 02 R&D Chemist Axalta, Savli
4 02 Production Chemist Ansa Glass, Kosmba
5 02 R&D Chemist Neo Paint and Plast, Vapi
6 02 Post Graduate Trainee Seigwerk Ink India Ltd., Bhiwandi
7 01 QC, Chemist Berger Paints, V U Nagar
Sr. No. of StudentsSelected
Designation Name of the company
1 03 Production Officer-1 Asian Paints Ltd. - Ankleshwar 2 03 Officer Q. A./ R&D/TSS Asian Paints Ltd. - Sarigaam3 03 R & D & QC Lab Asst. Spectrum Industries, Dubai4 02 Shift In charge Chemist Polychem Resins Int. Ind. LLC, Dubai5 05 R&D & Production Grandpolycoats Co. Pvt Ltd., Padra 6 05 Trainee (QC) Meghmani Organics Limited, Ahd. 7 02 R & D Chemist Satyam Paints, Manjusar, Savli 8 02 Coating Inspector Polycoat, Vadodara9 04 R & D Chemist Axalta, Savli 10 03 R & D Chemist Tara Paints, Ahmedabad11 01 Production Chemist Esdee Paints, Vatva 12 03 Production / QC Arcoy Industries, Ahmedabad13 01 QC Micro Inks (Huber Group), Vapi
3535
M.Sc. –Industrial Hygiene & Safety || 2014 - 2015
M.Sc. Surface Coating Technology || 2013 - 2014
Star Performers in Different Sports Activities during A.Y. 2014-15
2. Players selected in S. P. Uni. team for Inter University TournamentsFootball:
(i) Dhaval Tandel(ii) Enil A. Yesudas(iii) Anu Mani
Chess:Krupal N. Dadhania
3. ISTAR’s achievements in Inter-Collegiate Tournaments organized by Group of Progressive Institutes (i) Winner in Volleyball(ii) Runners-up in Chess
1. INTER CLASS TOURNAMENTS of students and staff 2014-15
Event Winner Runners-Up
Cricket M.Sc. (SCT) 4th Sem. M.Sc. (SCT) 2nd Sem.
Football M.Sc. (IC) 2nd Sem. M.Sc. (SCT) 4th Sem.
Volleyball M.Sc.(IC) 2nd Sem. M.Sc.(IC) 4th Sem.
Chess Krupal Dadhania, IC 4th Sem. Dhaval Patel, IC 4th Sem.
Table Tennis (singles) Rupesh T. Shah (Staff) Rajesh Patel, IC 4th Sem.
Table Tennis (doubles) Rupesh T. Shah Himanshu Kapse
(Staff)(Staff)
Rajesh Patel, Chintan Chaudhary,
IC 4th Sem.IC 4th Sem.
EVENT POSITION NAME
100 m Race
1 AJAYKUMAR RAJESHBHAI PATEL
2 PINALBHAI TUKARAMBHAI GARAMBHA
3 INDRANIL RAMCHARAN MAHATO
200 m Race
1 SUNIL NAYAK
2 SHAKTISINH YOGENDRASINH RAOL
3 AJAYKUMAR RAJESHBHAI PATEL
400 m Race
1 GOVARDHAN JANARDANBHAI UPADHYAY
2 GAUTAMKUMAR ANUBHAI GHINAIYA
3 KULDIPSINH HAJIBHAI PARMAR
800 m Race
1 GANESH LAL PATEL
2 VIPULKUMAR ISHWARBHAI CHAUDHARI
3 SHOBHRAJJI JIVAJIBHAI RATHOD
1600 m Race
1 GANESH LAL PATEL
2 KIRANKUMAR KALIDAS RATHVA
3 HARDIKKUMAR ARJUNSINH PARMAR
Long Jump
1 JAYDIP KUMAR BATUKBHAI THUMMAR
2 SUNIL NAYAK
3 AJAYKUMAR RAJESHBHAI PATEL
JavelinThrow(BOYS)
1 NIKHILKUMAR HARSUKHBHAI KORAT
2 DIPTESHKUMAR MANOJKUMAR PATEL
3 AJAYKUMAR RAJESHBHAI PATEL
Javelin Throw(GIRLS)
1 HIRALBEN DALPATSINH PARMAR
2 UNNATIBEN SATISHBHAI PATEL
3 AARTI LACHHABHAI GAMIT
Shotput Throw(BOYS)
1 VARAD BHARATBHAI BHATT
2 UMANGKUMAR VASANTBHAI PATEL
3 KRUTARTH SATISHBHAI PATEL
Shotput Throw(GIRLS)
1 HIRALBEN DALPATSINH PARMAR
2 UNNATIBEN SATISHBHAI PATEL
3 AARTI LACHHABHAI GAMIT
ISTAR Annual Sport's Day Winners 07-01-2015
3636
CHARUTAR VIDYA MANDAL'SCHARUTAR VIDYA MANDAL'S
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of GujaratSardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of GujaratSardar Patel Centre for Science & Technology, Vallabh Vidyanagar - 388 120
Sardar Patel Centre for Science & Technology,Vallabh Vidyanagar - 388 120. Dist, Anand, Gujarat, India
Phone/Fax : (02692) 234955, Email : [email protected]: www.istar.edu.in / istar.ac.in
CHARUTAR VIDYA MANDAL'S
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat
INSTITUTE OF SCIENCE & TECHNOLOGYFOR ADVANCED STUDIES & RESEARCH Accredited “A” Grade by NAAC & Knowledge Consortium of Gujarat
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