EDITORIAL KNOW YOUR DEPARTMENT KNOW YOUR FACULTY STUDENTS’ ACHIVEMENTS EXTRA CURRICULAR STUDENTS ACHIVEMENTS Teachers’ ACHEIVMENTS ARTICLE- LIFI BRAIN GATE RECENT TRENDS TECHNOLOGY AND INDIA CLEAN UP DRIVE WHAT’S INSIDE J U N E - D E C 2 0 1 6 Issue 1 vol. 1 SHRI BHAGUBHAI MAFATLAL POLYTECHNIC'S e-Newsletter Half yearly E-news letter for the avid reader From Principal’s Desk I feel honored and excited to announce that SBMP’s first E-Newsletter is all set to publish online. This is our new venture to collect the plethora major happening of polytechnic and encapsulate them in the form of E- Newsletter. E–newsletter is the result of combined requirements of NBA certification, Digital India Initiative and our Go Green Policy. We at SBMP ensure the active participation of students in various curricular and extra –curricular activities in and outside the institute. I appeal students and visitors to spare some moments to read to this e-Newsletter available with our college website and encourage us in our new venture. I hope along with Sagar Tarang, in long run our e-Newsletter will create its unique place among the minds of readers. On this occasion, I take this opportunity to appreciate the entire editorial team and especially students members, for their efforts to make things happen. With warm regards Prof. Umesh Kantute Principal
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EDITORIAL
KNOW YOUR
DEPARTMENT
KNOW YOUR FACULTY
STUDENTS’
ACHIVEMENTS
EXTRA CURRICULAR
STUDENTS
ACHIVEMENTS
Teachers’
ACHEIVMENTS
ARTICLE- LIFI
BRAIN GATE
RECENT TRENDS
TECHNOLOGY AND
INDIA
CLEAN UP DRIVE
WHAT’S INSIDE
J U N E - D E C 2 0 1 6 Issue 1 vol. 1
SHRI BHAGUBHAI MAFATLAL POLYTECHNIC'S
e-Newsletter
Half yearly E-news letter for the avid reader
From Principal’s Desk
I feel honored and excited to announce that SBMP’s first E-Newsletter is all set to publish online. This is our new venture to collect the plethora major happening of polytechnic and encapsulate them in the form of E- Newsletter. E–newsletter is the result of combined requirements of NBA certification, Digital India Initiative and our Go Green Policy. We at SBMP ensure the active participation of students in
various curricular and extra –curricular activities in and outside the institute. I appeal students and visitors to spare
some moments to read to this e-Newsletter available with
our college website and encourage us in our new venture. I
hope along with Sagar Tarang, in long run our e-Newsletter
will create its unique place among the minds of readers. On this occasion, I take this opportunity to appreciate the entire editorial team and especially students members, for their efforts to make things happen.
With warm regards
Prof. Umesh Kantute
Principal
Editor in chief:
Mr. B .M Pande
Co- coordinator:
Mrs. K. P Bhave
TEACHER EDITORS:
Mrs. Neelam Varpe , Civil
Mr. Pratik Sawant, Mechanical
Miss Urvi Sawant, Electrical
Mr. Prasad Dhuri, IE & DE
Mr. Sachin Kamble, Plastics
Mrs. Jyoti Sangle, Chemical
Mrs Swapna Naik, IT &
Computer
STUDENT EDITORS:
Mr. Meet Parpani, DE (1370017)
Miss Dhara Patwa, DE (1370019)
Mr. Raj Rupapara, DE (1370021)
Mr. Om Shah, IT (1698031)
Miss Ankita Tripathi, IT (1698037)
Miss Heet Vora, IT (1698042)
EDITORIAL BOARD It is a matter of great pride to present 1th issue of “e-
Newsletter of SBMP” in the context of NBA accreditation of
courses available with the Institute.
As you know, e-Newsletter has been magnanimous
creation of our institute and it is the result of efforts of all active the members of editorial board, concerned authorities and Students, who nourished this ‘thought-seed’, now blossomed as plant.
As the editor in Chief, I express a deep sense of gratitude for all those who directly or indirectly contributed in making
this first issue of SBMP’s e-Newsletter, a plethora of
institutional progress and achievements.
I am thankful to our Principal, Management and all my colleagues for their guidance and cooperation time to time to
bring out this issue.
With Best Wishes,
B.M. Pande
(Editor in Chief)
EDITORIAL
S.B.M. Polytechnic has created a name for itself by maintaining
high standard of discipline and performance. The Polytechnic
believes in organizing need-based programs and assisting in-
service personnel in education and training activities. The
Polytechnic has developed Sandwich Programs and has
diversified its conventional programs initiated in 1963 into
variety of discipline areas as First Level as well as Post-Diploma
Level along with in-service programs. The Polytechnic is a grant-
in-aid autonomous institution affiliated to the Maharashtra State
Board of Technical Education. The Polytechnic is being
managed by the duly constituted Managing Council.
Objectives
1. Over the years, objectives of S.B.M.P. have been to initiate,
develop and conduct need-based programs so as to develop
Technical, Managerial and Entrepreneurial skills.
2. S.B.M. Polytechnic aims at upgrading and updating
qualification skills and knowledge of technicians already
working in the industry through Continuing Education
Programs and Part Time Diploma Programs.
3. S.B.M. Polytechnic`s mission is to establish and provide a
comprehensive, full equipped training facility in advance
technological fields and to cater to industry needs of
specialized skills in the emerging high-tech areas
For achieving these, SBMP strives to
a) Develop better approach, skills and attitude to work
b) Bridge Theory-Practice gap and stress on Application and
Utility of Programs.
c) Ensure participating and association of Faculty through
Staff Development Activities.
d) Promote Institute Industry Interaction for mutual help.
We aspire to be recognized as a premier Institute of National standing providing skill oriented technical education, through dynamic and need based curriculum, producing highly employable and socially sensitive students with entrepreneurial skills capable of occupying leadership positions in industry.
To provide state-of-the-art infrastructure and latest equipment for providing a stimulating learning environment.
To prepare students to meet the dynamic needs of the industry by periodic reviewing and upgradation curriculum through an interactive process with industry.
To inculcate a spirit of excellence in terms of academic performance, research and innovation in faculty by providing appropriate support and incentive systems.
To promote and support Co-Curricular, extra-curricular activities and industry interaction to make students socially sensitive and employable.
delivered Expert’s Lecture on “Current scenario of
Biomedical Engineering in India” CEMAST
Biomedical Conclave ,View Point of Academia,
Hospital and Industry on 20 Aug, 2016
Dr.A.G.Patil was invited as guest of honor and also
work as a session expert and member of national
advisory committee for national conference on
Biomedical and instrumentation engineering,
NCBIE 2016,Government Engineering Collage
,Gandhinagar, India, 15-16 Sep,2016
Dr.A.G.Patil elected as life member of Indian
science congress association, ISCA
(L31328),2016
Dr.A.G.Patil received design patent “ULTRA
SOUND THEROPY INSTRUMENTS” (284911), 4
July, 2016
Dr.A.G.Patil received “DhyeyapurtI Award” for
outstanding attainments from Dr.Anil kakodkar,Fr.
Chairman Atomic energy commission and director,
BARC on 21 Oct ,2016 arranged by NG
foundation
ELECTRONICS
Mrs. Pooja Nikhade has participated in a short
term training program (30/5/16 to 10/6/16) of
Managerial Skills for Technical Teachers and
Administrators conducted by NITTTR, Bhopal.
Mrs. Pooja Nikhade has participated in a STTP
on MATLAB and SIMULINK- Recent Trends in
Engineering conducted by Department of
Information Technology from 13th June, 2016 to
24th June,2016.
Workshop on Proteus was
arranged for the faculty
members of Electronics
department on 18th
November, 2016.
IT AND COMPUTER
A paper is published in ICACTA-2015 by Mrs.
Swapna Naik on “Conservation of Energy in
Wireless Sensor Node through Prevention of Denial
of Sleep Attack”.
A technical paper is published in IJSR journal
(Volume 5 Issue 10, October
2016) by Mrs. Swapna Naik
on “Implementatation of
Peer-to-Peer Architecture in
MMORPGs”
A technical paper is
published in IJRSI journal e-
(ISSN:2321-2705, Page No
75-78), Volume 3, Issue IX; Sept 2016 by Mr.
Manishkumar Solanki & Mr. t Dongaonkar on “A
Journey of Human Comfort: Web 1.0 to Web 4.0”
Training attended Mrs. Neeta Kadukar and Mrs.
Swapna Naik NASSCOM on “Foundation Skills in
IT” jointly organised by DTE-NASSCOM at Finolex
Academy of Management &Technology, Ratnagiri
on 2nd May to 7th May , 2016
Ms. Sharayu Kadam, Ms. Neha More & Ms.
Abhilasha More attended training on “Quality
Management System (TCS Participants)” at
NITTTR, Bhopal 07th to 18th Nov, 2016.
Mr. Sachin Talekar, Laboratory Assistant (Computer
Engg. Dept.) attended three days STTP training on
“Computer Maintenance & Troubleshooting’ from
10th to 12th August, 2016 at Thakur Polytechnic,
Kandivali (E), Mumbai.
CHEMICALS
Mrs.Sneha Suvarna
completed completed
short term training program of the topic Managerial
Skill for Technical Teacher and Administrators
dated 30/05/2016 to 10/06/2016 (Two weeks). At
NITTTR, Bhopal
BY: Dhara Patwa,8th sem D.E.
INTRODUCTION LI FI is a communication technology developed by prof. Harald Haas, who is chair of mobile communication at the University Of Edinburg and co-founder of pure LI FI. The idea of LI FI was introduced the idea of “Wireless data from every light” at TED Global Talk.
What is LIFI ? LI FI (Light Fidelity) is a bidirectional, high speed and fully networked wireless communication technology similar to Wi-Fi. The term was coined by Harald Hass and is a from of Visible light communication and a subset of optical wireless communication (OWC )and could be a complement to RF communication (Wi-Fi for Cellular network), or even a replacement in contexts of data broadcasting. It is so far measured to be about 100 times faster than some Wi-Fi implementations, reaching speed of 224 GB per second.
FEATURES Plenty Bandwidth
High Data Speed
Very High Data rates
Low Cost
High Efficiency
There are no known safety or health concern for this technology
WHY VISIBLE LIGHT SPECTRUM ONLY?
1. IR waves are harmful for our eyes hence
used at very low power.
2. UV rays are very harmful for our skin and
cannot be used for long duration.
3. Gamma rays are radioactive and are
dangerous.
4. X rays have similar health issues. All
waves have some disadvantages so we are
left only with visible light spectrum.
HOW DOES LIFI WORKS As we know, LI FI is a Visible Light Communication (VLC) system. This means that it accommodates a photo-detector to receive light signal and a signal processing element to convert the data into ‘stream-able’ content. Constant current of electricity supplied to an LED light bulb can be dipped and dimmed, up and down at extremely high speed, without being visible to the human eye. The tiny change in the rapid dimming of LED bulb is then converted by the ‘receiver ’ into electrical signal.
ARTICLE -LI FI
ARTICLE - BRAIN GATE
INTRODUCTION The principle of operation behind the Brain Gate System is that with intact brain function, brain signals are generated even though they are not sent to the arms, hands and legs. The signals are interpreted and translated into cursor movements, offering the user an alternate Brain Gate pathway to control a computer with thought, just as individuals who have the ability to move their hands use a mouse.
HOW BRAIN CONTROL NEUROPROSTHETIC DEVICE The brain is "hardwired" with connections, which are made by billions of neurons that make electricity whenever they are stimulated. Motor neurons carry signals from the central nervous system to the muscles, skin and glands of the body, while sensory neurons carry signals from those outer parts of the body to the central nervous system. How does this communication happen? Muscles in the body's limbs contain embedded sensors called muscle spindles that measure the length and speed of the muscles as they stretch and contract as you move. Other sensors in the skin respond to stretching and pressure. Even if paralysis or disease damages the part of the brain that processes movement, the brain still makes neural signals. They're just not being sent to the arms, hands and legs.
NEUROPROSTHETIC DEVICE
CHIP IMPLANTATION IN BRAIN
There will be two surgeries, one to implant the brain gate and
another to remove it. Before surgery, there will be several
precautionary measures in order to prevent infection; Patients
will have daily baths with antimicrobial soap and antibiotics.
In addition, MRI scans will be done to find the best
place in the brain for the sensor. Under sterile condition
and general anesthesia, doctor will drill a small hole
into the skull and implant the sensor. Patients will
receive post-surgical care including a CT scan, some
blood tests, and wound care in the hospital for 1-5 days
after surgery.
WORKING Brain gate neural interface device consist of a sensor, a cable and pedestal and a cart. It is proprietary brain- computer interface. The sensor is implanted in brain’s precentral gyrus. A tiny wire connects the chip to a small pedestal. A cable connects the pedestal to a computer. The sensor senses the electrical signals and passes to the pedestal which in turn passes to the computer. Computer translates the signal into the communication output.
APPLICATION 1. Patients with conditions causing severe
communication disorders: 2. Military uses: 3. Bioengineering applications 4. Multimedia and virtual reality applications
ADVANTAGES It is a boon to a disabled person.
Faster than what is possible with the hands of a non-disabled person.
Controlling remote devices.
Making and receiving telephone calls.
Turn on or off lights.
Control robotic arm.
BY : Raj Rupapara,Meet Parpani and Hinal Panchal 8 sem , DE
RECENT TRENDS: 5G: Promising speeds unimaginable by today’s standards —
7.5 Gbps according to Samsung’s latest tests — 5G is the real-time promise of the future. Enabling everything from interactive automobiles and super gaming to the industrial Internet of Things, 5G will take wireless to the future and beyond, preparing for the rapidly approaching day when everything, including the kitchen sink, might be connected to a network, both local and the Internet.
Advanced Machine Learning: Impacting
everything from game playing and online advertising to brain/machine interfaces and medical diagnosis, machine learning explores the construction of algorithms that can learn
from and make predictions on data. Rather than following strict program guidelines, machine learning systems build a model based on examples and then make predictions and decisions based on data. They “learn.”
Single-Design Model
Miller points out that traditionally, engineering documents were created then given to the contractor to re-draw with different information. Now, to save time and money, there’s a shift to have
it all in-house from engineering to coordination, creating a one-stop shop. Through the proper coordination, models can and should, says Miller, go through engineering right into construction. “Thirty month projects can get turned into 24-month projects,” he adds.
Molecular electronics
The ultimate goal of electrical circuits is miniaturization. Also known as single molecule electronics, this is a branch of nanotechnology that uses single molecules or collections
of single molecules as electronic building blocks.
Molecular electronics and the organic electronics described above have a lot in common, and these two fields overlap each other in some aspects. To clarify, organic electronics refers to bulk applications, while molecular-scale electronics refers to
nano-scale, single-molecule applications.
Wireless Power Transfer.
a great effort has been done by innovative scientists in this research area. A couple of years ago, MIT team succeeded to safely transfer power wirelessly for 2 meters. Now, the transfer range and the efficiency levels are showing a startling increase, and hopefully soon (WPT) would be adapted in most of our home applications such as charging Laptop &
smart phones. Moreover, scientists have achieved new technologies and techniques for transmitting power wirelessly from a stationary source to a mobile receiver. This means that electric vehicles could be recharged while they are drive by
Automation and Customization –
Beyond the Axis
Automation and robotics in factories have been around for years. Often used in highly industrial applications, manufacturing robots have become more agile and adaptable. The new automated factory will utilize collaborative robots equipped with vision systems that can be easily trained to perform various tasks. It is costly to reconfigure a manufacturing cell and corresponding processes with every production-line design change. These robots give manufacturers more flexibility. More sophisticated robots will also increase the ability to customize manufactured products, from jeans to medical devices. In the future, PAM or Purchase Activated Manufacturing will be a mainstay in American commerce and will rely almost solely on robotics and automated processes. As an example, BWM gives customers the flexibility to order the car of their dreams with options in exterior and interior colors, engines, and upgrades. Their website claims the South Carolina facility could run a nearly 24/7 operation for six months and not produce the same car twice.
TECHNOLOGY AND INDIA: SAI PRASADALAYA
Steam Cooking System for 10000 people using Scheffler Dishes at New SaiPrasadyala, Shirdi
Location: Shirdi, Maharashtra
Type of Installation: Scheffler Dishes Configuration: 1168m2 (16 m2 x 40 No’s)
Supplier: Gadhia Solar Energy Systems Pvt. Ltd.
Application: Cooking
Year of Installation: 2009
Beneficiary Details: New SaiPrasadalaya
established in 2009. The temple has one of the
largest kitchen in India and one of the largest
cooking system in the world. At present, in the new
SaiPrasadalaya, everyday 25 to 30 thousand Sai
devotees take meal as a prasad. During the time of
vacation and festivals of Lord Saibaba the number of
Sai devotees hikes up to 55000. They have installed
solar water heaters and solar lights in residential
areas for devotees. Shirdi is one of the Solar city in
India
System Details: The total system has an area of 1168
m2 comprising of 40 concentrators with 16 m2
capacities each. The system was commissioned
during 2009 by Gadhia Solar Energy Systems Pvt. Ltd.
Prior to the implementation of the CST system the
establishment was using LPG as a fuel for its end
use consumption. The system is integrated with its
existing process. The project is set up at a cost of Rs.
106.2 Lakh with grant availed from MNRE of the
order of Rs. 58.40 Lakh.
Timings & System Application Details: The system
operates for 3 hours for preparation of breakfast. The
daily quantum of food is around 200 kg of Rice.
The system is functioning well. Usage of the system
is approximately 4-5 hours / day and around 300
days in a year that also depends upon the
availability of sunlight.
O & M Issues & Beneficiary Perception: The beneficiary is satisfied with the operation of the system. Presently, the system is single axis and the beneficiary is planning for double axis.
Quantity of Fuel Saved: 13 cylinders/day Financials in Detail: The project is set up at a cost of Rs. 100.37 Lakh with grant availed from MNRE of the order of Rs. 58.40 Lakh. The plant has an IRR
without subsidy of 42.20 % and payback period of 7 Years and 8 Months. With subsidy the IRR is 58.19
% and payback period is 4 Years. Operating Temperature & Pressure: 170°C & 8
kg/cm2
TOTAL NUMBER OF SOLAR DISHES:
STEAM GENERATED PER DAY:
By: JayeshPatil, 2nd sem Electrical
Het Shah Sneh Gajiwala and Dishank Kaji:
Developed and implemented an Online Examination Software for S.B.M.Polytechnic for Nov-
Dec examination 2016 for the subjects -Applied Physics and Applied Chemistry for First Year
Students.
Dr.A.G.Patil worked as a “Research Person” and delivered Expert’s Lecture on “Current
scenario of Biomedical Engineering in India”
Dr.A.G.Patil received “DhyeyapurtI Award” for outstanding attainments from Dr.Anil
kakodkar,Fr. Chairman Atomic energy commission and director, BARC
Dr.A.G.Patil was invited as guest of honor and also work as a session expert and member of
national advisory committee for national conference
STEP TOWARDS CLEAN INDIA
Juhu Beach Clean Up Drive
The students of Mechanical Engineering Department of SBMP took a step towards “CLEAN INDIA GREEN INDIA” mission by arranging a “Clean up drive” at Juhu beach in the month of September 2016. The drive was conducted successfully under the efficient guidance of our faculty members Shri Ashok Chore (HOD - Mechanical Engineering Department), Shri Gajanan Badwe and Shri Girish Deshpande.
Alumni Meet for IT First batch 2002-2005 organized on 28/12/2016
.
The responsibility of authenticity e-NEWSLETTER lies within the author. The views expressed by author are
solely theirs; they are neither views of polytechnic nor are they endorsed by polytechnic.