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Shri Guru Gobind Singhji Institute of Engineering & Technology, Vishnupuri, Nanded 431 606 (M.S.) Ph.: 02462 229234, Fax: 02462 229236, www.sggs.ac.in (An Autonomous Institute Owned by Government) Report on Sustainable Energy Development Learning Camp for Students (September 16-20, 2013) In view of the main focus of TEQIP-II on ‘Research and Developmentour Institute has aimed at international collaborative research and development activity in engineering and technology specifically in the field of ‘Sustainable Energy and Environment.’ Our institute has linkages with the International Energy Foundation (IEF), Singapore. We had lot of deliberations with Dr. Deepak L. Waikar, Vice President, IEF, Regional HQ, Singapore, regarding today’s energy scenario, the energy crisis being faced especially in rural areas and ever increasing demand of energy in the age modern technology. The international collaborative programmes in the field of Sustainable Energy/ Non-Conventional Energy is an outcome of the long thought process during these deliberations. It was decided to explore different sustainable energy sources viz. solar energy (thermal and photovoltaic), wind energy, bio energy and micro hydro energy, fuel cell etc. To begin with the pilot programme was launched to a group of few selected students from various disciplines with following objectives. Objectives: a) Integrate body of technical knowledge in various engineering faculties b) Imbibe analytical, decision making and active learning approaches c) Enhance researching, presentation and leadership qualities d) Strengthen teamwork, communication and collaborative skills Methodology of forming Groups: This pilot programme was conducted for seven groups of student during Sept. 16-20, 2013. Each group comprised of about 5 to 6 students and was assigned a type of sustainable energy source. The total number of students was about 40. The details about the groups formed are stated in the table below. Sr. No. Department Group Name Sustainable Energy Source 01 Chemical Engineering Chemical Energy Bio Energy 02 Civil & Water Management Engineering The Sustainable Shelter Micro Hydro Energy 03 Electrical Engineering SURE Solar Energy (Photovoltaic) 04 Electrical Engineering SEA Fuel Cell 05 Instrumentation Engineering Team Mavericks Micro Grid 06 Production Engineering SEWA Solar Energy (Thermal) 07 Production Engineering WEFHE Wind Energy Student groups were guided to perform individual and collaborative research, carry-out group discussions, share knowledge and experience gained. Deliberations and interactions were held on various aspects such as principles and concepts, technologies, environmental and social impact analysis and economic/ commercial analysis of chosen sustainable energy. Students were encouraged to identify applications,

Sustainable Energy Development Learning Camp for Students … · sustainable energy sources viz. solar energy (thermal and photovoltaic), wind energy, bio energy and micro hydro energy,

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Shri Guru Gobind Singhji Institute of Engineering & Technology,

Vishnupuri, Nanded – 431 606 (M.S.) Ph.: 02462 – 229234, Fax: 02462 – 229236, www.sggs.ac.in

(An Autonomous Institute Owned by Government)

Report on

Sustainable Energy Development Learning Camp for Students (September 16-20, 2013)

In view of the main focus of TEQIP-II on ‘Research and Development’ our Institute has aimed at

international collaborative research and development activity in engineering and technology specifically

in the field of ‘Sustainable Energy and Environment.’ Our institute has linkages with the International

Energy Foundation (IEF), Singapore. We had lot of deliberations with Dr. Deepak L. Waikar, Vice

President, IEF, Regional HQ, Singapore, regarding today’s energy scenario, the energy crisis being faced

especially in rural areas and ever increasing demand of energy in the age modern technology.

The international collaborative programmes in the field of Sustainable Energy/ Non-Conventional Energy

is an outcome of the long thought process during these deliberations. It was decided to explore different

sustainable energy sources viz. solar energy (thermal and photovoltaic), wind energy, bio energy and

micro hydro energy, fuel cell etc.

To begin with the pilot programme was launched to a group of few selected students from various

disciplines with following objectives.

Objectives:

a) Integrate body of technical knowledge in various engineering faculties

b) Imbibe analytical, decision making and active learning approaches

c) Enhance researching, presentation and leadership qualities

d) Strengthen teamwork, communication and collaborative skills

Methodology of forming Groups:

This pilot programme was conducted for seven groups of student during Sept. 16-20, 2013. Each group

comprised of about 5 to 6 students and was assigned a type of sustainable energy source. The total

number of students was about 40. The details about the groups formed are stated in the table below.

Sr.

No.

Department Group Name Sustainable Energy Source

01 Chemical Engineering Chemical Energy Bio Energy

02 Civil & Water Management

Engineering

The Sustainable

Shelter

Micro Hydro Energy

03 Electrical Engineering SURE Solar Energy (Photovoltaic)

04 Electrical Engineering SEA Fuel Cell

05 Instrumentation Engineering Team Mavericks Micro Grid

06 Production Engineering SEWA Solar Energy (Thermal)

07 Production Engineering WEFHE Wind Energy

Student groups were guided to perform individual and collaborative research, carry-out group discussions,

share knowledge and experience gained. Deliberations and interactions were held on various aspects such

as principles and concepts, technologies, environmental and social impact analysis and economic/

commercial analysis of chosen sustainable energy. Students were encouraged to identify applications,

generate ideas and conceptualize potential projects for further research. The outcomes envisaged are

stated below.

Outcomes:

The selected student groups are expected to

a) Make themselves aware about a specific type of sustainable energy source

b) Study the pros and cons of energy generation from that source

c) Learn about present scenario and potential available for the chosen energy source

d) Give presentations, prepare reports and draft articles related to their assigned energy source

e) Conceptualize potential projects for further researchfor the chosen sustainable energy resources.

Prolonged discussions were held with the international expert Dr. Deepak Waikar during the exit meeting

after the programme so as to chalk out future activities in the area of Sustainable energy and Environment

and it was resolved that the institute wish to execute following activities identified.

1. Second Energy Camp on ‘Project Management and Project Design’

2. Initiation of an ‘Institute Elective’ in this area

3. Training for selected faculty members under the train the trainer program

4. Organization of International Conference on this important topic.

5. Organize ‘Youth Learning Camps’ imbibing the youth about the importance of sustainable energy

development

6. Drafting vision, mission statements, and initiating collaborative research proposals

7. Submission of proposal to national and international funding agencies and sponsoring real life

problems at M.Tech. and Ph.D. level in sustainable energy systems.

Faculty Members Involved at present:

1. Dr. L.M.Waghmare - Director

2. Dr. Mrs.Sarwadnya R.V. - Associate. Professor, Instrumentation Engg.

3. Dr. M.P.Rajurkar - Associate Professor, Civil & Water Management Engg.

4. Prof. M.K.Rodge - Associate Professor, Production Engg.

(Dr. M.P. Rajurkar) (Prof. M.K. Rodge) (Dr. Mrs. R.V. Sarwadnya)

Associate Professor Associate Professor Associate Professor

Dept. of Civil & WM Engg. Dept. of Production Engg. Dept. of Instrumentation Engg.

Shri Guru Gobind Singhji Institute of Engineering and Technology Physics Instrumentation Engineering Department

Name of the Program: TEQIP II Sponsored Faculty Development Programme on “Emerging Trends in Nanoscience &Nanotechnology” Date: August 6-10, 2013. Report: Nanoscience is the study of the properties of structures of the size smaller than several hundreds of

nanometer (nm) ,Nanotechnology consists in techniques for designing and manufacturing these structures

as well as applications arising from these.

The development of nanoscience and nanotechnology is in line with the trend towards miniaturisation.

As nanoscience and nanotechnology develop, they make the barriers between traditional scientific and

technological disciplines more permeable. Today, there is increasing interaction between electronics,

chemistry, physics, biology, medical sciences, information and communication sciences. Scientists

describe this as a process of "convergence" of disciplines. At the same time, it is recognised that their

application may raise new challenges in the safety, regulatory or ethical domains that will require societal

debate.

This FDP aims at introducing need of nanoscience & nanotechnology. Our aim has been to provide an

overview of current and potential future developments in nanoscience and nanotechnologies against

which the health, safety, environmental, social and ethical implications can be considered. Keeping this in

mind the physics & Instrumentation Engineering Department organized one week faculty development

programme for faculties and researchers of engineering colleges on Emerging Trends in Nanoscience &

Nanotechnology August 6-10, 2013.

Eminent personalities from Academia and Industry delivered quality lectures in this workshop.

The workshop was inaugurated by Dr. Dilip Ukey, Vice Chancellor SRTMU Nanded. Dr. A. D.

Shaligram also delivered key note speech on Introduction to Nanoscience and Nanotechnology. Later,

Dr.A.S.Gangal, university of pune delivered lecture on Micro and Nano Manufacturing Techniques.also

Dr. Rajaram Mane, Professor, SRTMU Nanded deliverd lecture on Nanostructures for Solar Cells.

On 7/8/13, Dr. J.B. Naik UDCT Jalgaon presented lecture on Development of sustained released

nanoparticles of antidiabetic and NSAIDs drugs. The lecture was very effective and topic discussed is

very much in research. In the afternoon sessions Dr. Shivaji Sadale, Shivaji University Kolahpur had

introduced Nanotechnology for Energy Applications. The third day was completely devoted for Polymer

nanocomposites- synthesis and characterization" by Prof.Dr.Sandip.S.Ahankari,Asta. Later, Prof. Dr.

Khairnar SRTMU Nanded delivered lecture on Carbon nano tubes &nano-bio-ceramic based gas sensor.

On fourth day, Prof. S.D. Dattagupta IIT Bombay on Nano-electronics: Fuel Cells and later

Prof. J. Thomas Andrew SGSITS Indore delivered lecture on Quantum Optical Computing using II-VI

semiconductor quantum dots.

On last day, Prof.S.B.Sharma, SGGSIE&T, Nanded delivered lecture on Micro and NanoManufacturing

Techniques. The Workshop ended with discussion on Nanomaterial Characterization Techniques by Dr.

Navinchandra G.Shimpi UDCT Jalgaon. The valedictory concluded with Vote of thanks and feedback

from the participants. The participants have given a positive feedback about the course.

Mrs. R.S.Bhalekar & Mrs. R.V.Sarwadyna. Course Coordinators

Workshop on

LabVIEW and its Applications 21-23 Feb. 2014

During 02nd

-04th October, a Three days workshop by Mr. Satosh Vaidya

from Alfa Laval (India) Ltd, Pune and Prof. Vikas D. Hajare, Associate

Professor at MKSSS Cummins College of Engineering for Womens, Pune. was

arranged by Department of Instrumentation, coordinated by Dr. V. R. Thool and

Miss. Sweety Nandurkar. The topic for the workshop was “LabVIEW and its

Applications”.

The workshop was sharply inaugurated at 11.30 A.M on 21 Feb.2014; the

workshop was started with felicitation of Prof. Vikas Hajare at the hands of

Hon. Director Dr. L.M. Waghmare, followed by felicitation of Hon. Director at

the hands of Head of the Department. Dr. R. S. Holambe. Felicitation of Dr. R.

S. Holambe by the hands of Dr. V. R. Thool, Coordinator of this workshop. The

event was anchored by Miss. Nishigandha Agham, M. Tech. - II.

Immediately after the small welcome ceremony workshop was started. In

the first session, Mr. Vilas Hajare explained the role of LabVIEW software in

various field, in this session he emphasized on many areas like – Signal

Processing, Image Processing, Robotics, Control system. Also with that, he

highlighted the soft skills that are essential while working with this software.

During this session, he mainly focused on his personal work experiences

in this user friendly graphical programming language LabVIEW. He highlighted

some examples which was done in his college by various students. At the end of

this session; students could get an idea of what kind of application they will be

do in this software, along with things that are necessary for the fresher at the

start of their work this kind of graphical language in their projects and in future.

Afternoon session of this workshop started with basics of LabVIEW and

VI programming. In this session, he introduces the latest version of LabVIEW

in very user friendly manner and he mainly focused on compatibility of this

software and how to get interacts with this graphical programming.

The second day of this workshop started with felicitation of Mr. Pranit Paul at

the hands of Dr. V. G. Asutkar sir, Associate Professor in Instrumentation

Department.

In this morning session, he mainly focused on various tools used in this

labVIEW software, various add-on cards with this software, and gave brief

knowledge about how to explore this graphical language.

In the afternoon session, he introduced many new technologies that are used in

industries to overcome various difficulties while implementing this graphical

language. And various queries of student also solved by sir during this session

related to their project works.

In the third day of this workshop, the morning session was very interactive and

thought provoking for the students as many of the practical problems are

overcome by just the necessary common sense.

In this session mainly hardware interfacing was done, on different hardware like

NI-Elvis Card, USB connected Speedy 33 card and DSP Processor kit, BNC-

2120 DAQ card which is available in our lab.

During this session various examples related to control system, Biomedical

applications, Robotics, simple home based application are covered.

The last session of the workshop was focused on students view about this

software, and this VI Programming. Due to time constrains, in this session he

took overview of different strategies and problems in the designing various

application.

In this session, he gave brief introduction of "National Instrument", their online

workshop, their various skill development programs for student.

This session was very helpful for students for finding the best compatible job

for them in various industries where this software used as a leading tool so as to

make sure that they would get job satisfaction.

At the end of this Three day workshop, a vote of thanks was proposed by Miss.

Sweety Nandurkar. In this three day workshop 3 girls students from

Government college of Engineering, Amravati, also get participated, and also 3

students from Electronics and telecommunication Department gave their

positive response in this useful workshop. Around 70 students attended this

workshop. Expenditure of this workshop was approximately 70000/- Rs.

At the end of this workshop, Certificates distribution was held. Also some

student from B.Tech and M.Tech gave there positive feedback about this

workshop that how this workshop going to help them in their project work.

Co-ordinator Head of Depatment

Dr. V. R. Thool Dr.R. S.Holambe

A

Report on

Winter School on Biometrics for secured Authentication:

Fundamentals and Advances

December 23-27, 2013

Course Co-ordinator Dr. R. S. Holambe

Department of Instrumentation Engineering

Shri Guru Gobind Singhji Institute of Engineering

and Technology, Nanded

Winter School on Biometrics for secured Authentication: Fundamentals and

Advances was held during 23th and 27

th December 2013, organized by Department

of Instrumentation Engineering at Shri Guru Gobind Singhji Institute of

Engineering & Technology, Vishnupuri, Nanded, an autonomous institute

affiliated to the Government of Maharashtra state. It was sponsored by Technical

Education Quality Improvement Program phase-II (TEQIP-II) of Government of

India.

The winter school focused on bringing out new trends in Biometrics in

various modalities such as Iris, Face, Fingerprint and Voice. Besides, the winter

school also aimed to bring together researchers, scientists, engineers, academia

and practitioners from industry to exchange and express their views, ideas, and

insights about the facets of the Biometrics school. The primary objective of the

school was to furnish a platform for young researchers to present their research and

have interactions and in-depth discussions with their counterparts from all over

India.

The winter school was planned and coordinated by Dr. R. S. Holambe.

Eminent speakers and experts from Universiti Teknologi Petronas, Malaysia, IIT’s

and renowned institutes glorified the Winter School.

The winter school 2013 was scheduled from December 23, 2013 to

December 27, 2013. The inaugural function of the school was held at 9:30AM on

December 23, 2013. The inauguration accomplished in the presence of Chief Guest

Dr. Sumantra Dutta Roy, Guest of Honor Dr. Sarat Chandra Dass, and Director

Dr. L. M. Waghmare Patron of the school, Dr. A. B. Gonde TEQIP coordinator,

and Dr. R. S. Holambe Course coordinator. The inauguration was anchored by Ms.

Roopali S. Biyani, M. Tech-II student. (Total Exp. Rs:-3,82,377/-)

The daily plan of the Winter School of four sessions (approximately one and

half hour each) in a day was scheduled in prior, and was executed accordingly.

65 Participant in total, 27 from different parts of country like Karnataka,

Himachal Pradesh, Chhattisgarh, Maharashtra, and 38 from our institute including

faculty members and M Tech students of Instrumentation and Electronics

engineering attend the winter school. Collection of registration fees for winter

school programme is Rs: 82000/-(Eighty two thousand rupees.)

The School began with the session of Prof. Dr. Sumantra Dutta Roy from

IIT Delhi. His focus was on various research methodologies on Fingerprint

Analysis including different classifiers. The session continued from 10-11:45AM.

In the next session, Prof. Sarat Chandra Dass from Universiti Teknologi

Petronas, Malaysia delivered a lecture on the Overview of Statistical Tools for

Biometrics. He continued his talk for the rest of the day.

Second day of the school included the sessions on Hidden Morkov Model,

Gaussian Mixture Model and Performance measures of the biometric systems by

Prof. S. C. Dass.

Dr. S. G. Kanade from TSSM’s BSCoER, Narhe, Pune and Dr. A. D.

Rahulkar from AISSMSIoIT, Pune carried out alternate session for the third day

of the school.

Dr. S. G. Kanade focused on Performance Evaluation of Biometric Systems

and Biometrics with Cryptography for Improved security, and Dr. A. D. Rahulkar

focused on his expertise on Fundamentals and Advances on Iris Recognition

System.

Dr. Hemant A. Patil from (DA-IICT), Gujarat started the session for the

fourth day on the Fundamentals of Speech Processing, and features for speaker

recognition whereas Dr. S. V. Gangashetty from IIIT, Hyderabad carried out the

next two sessions on Voice Biometrics.

On last day of winter school, Dr. A.K. Ray, Vice-chancellor, BESUS

(Kolkata) and Dr. T.K Basu from IIT Kharagpur delivered lectures on

Fundamentals & Advantages of Pattern Recognition Techniques and Engineering

Research in Biometrics respectively.

The coordinator of winter school Dr. R.S Holambe delivered his lecture on

Orthogonal Transforms and Face Recognition and made an emphasis on future

extent in database management used for UIDAI Scheme and security systems in

the concluding session.

Photo session followed by certificate distribution was held in presence of

dignitaries in front of administration Building after the last session of winter

school.

Photo Album: