1 : mr kapil goyalsecure site €¦ · 4 : mr nirmal ms image delegate id theme details ysc 10219...

1 : Mr KAPIL GOYALImage Delegate ID Theme Details

YSC 10058 Make in IndiaDesignation : Faculty

Email : [email protected]

Smart Traffic Lights Assistant Framework ATLAS 2.0 Prof. Kapil Goyal, Associate Professor, Computer Science & IT DAV College, Amritsar, India [email protected] Mr. Divam Goyal DAV International School, Amritsar Background: Basic objective of my research guideline is to design and implement Smart Traffic Light Assistant (ATLAS 2.0) framework. I have conceptualized App based software solution running on Android based mobile devices. Here sensor measures traffic density. Sensor will automatically detect presence of high load on either side and generate SMS based alerts on registered cell numbers. In order to mitigate traffic congestion, automate traffic technology and to enable network based traffic assistant, mobile towers can control and monitor movement of traffic in a big way

Problem: Key concern are how to optimize signals strength, accurately measure traffic density and invent movement of vehicles during peak hour in big cities .

Method: Steps towards coding and testing Software Apps for Java and Android based mobile phone. Results: It can reduce pollution level and enhance road safety standards. ATLAS 2.0 will also address safety, mobility, emission and congestion for Indian road network. Conclusion: Smart traffic signals can effectively integrate artificial intelligence technology. Big data problem is also addressed.

2 : Mr Vishnoo PrathapImage Delegate ID Theme Details

YSC 10078Make in

India

Designation : Project Scientist and Head C.S.R.S.R.


Design and Development of Airborne Renewable Energy System, Sa.K. Vishnoo Prathap, Project Scientist, Dr.M.G.R. Educational and Research Institute. The appetite for non renewable fossil fuels in the past has resulted in a plethora of dramatic climate changes and pollution across the globe causing great threats to all living beings and the environment. In order to reduce and prevent dramatic climate change, major steps have been taken to promote renewable energy and to create a sustainable environment. Among other novel technologies for harnessing and producing electricity from renewable resources such as solar, wind, bio energy, etc, this research concentrates 90% on wind energy and 10% solar energy. The system involves flying wings or aircraft connected to the ground by means of tethers. The structure of the wing is mounted with certain number of wind turbines and a charging circuit installed in the payload section. It is built in such a way that it can be flown in a particular altitude where the winds blowing at atmospheric layers are accessible than that of traditional wind turbine. In this research the focus is set on the electronic hardware and the aerodynamics of the system which is considered to be a unique design.

3 : Prof Neeraj MarwahaImage Delegate ID Theme Details

YSC 10088 Make in IndiaDesignation : SENIOR RESEARCH FELLOW


Ultra Fast Investigation of Manganese (Mn) Doped MgO Nanostructures for optical applications Neeraj Marwaha1, 2, Mahesh Kumar1, B. K Gupta1, and A K Srivastava1, 3 1. AcSIR, CSIR - National Physical Laboratory, New Delhi-110012, India. 2. CSIR-AMPRI Bhopal- , India. Abstract Herein a facile co-precipitation method followed by calcination at 700 0C is employed to synthesized doped MgO nanostructures with manganese (Mn) (1%) as a dopant. These MgO nanostructures are then characterized by using various experimental techniques such as SEM, TEM, PL and femtosecond transient absorption spectroscopy for studying the structural formation, morphology particle size, optical properties and kinetics spectrum of doped MgO nanostructures for optical applications. Key Words Mn-doped MgO nanostructures; Electron Microscopy; Femtosecond tera-hertz investigation [1] K. R. Nemade et al., Synthesis of MgO nanoparticles by solvent mixed spray pyrolysis technique for optical investigation, Int. J. Met., 2014, Article ID 389416. [2] C. Henrista, et al., Morphological study of magnesium hydroxide nanoparticles precipitated in dilute aqueous solution, J. Cryst. Growth, 249, 2003, 330. [3] T. Lopez, et al., Synthesis of magnesium oxide by the Sol-Gel method: effect of the pH on the surface hydroxylation, J. Cryst., 1991, 127, 85. [4] T. Uchino, et al., Mechanism of stimulated optical emission from MgO microcrystals with color centers”, Phys. Rev. B., 2009, 79, 165107. [5] S. W. Bian, et al., MgO-modified mesoporous silicas impregnated by potassium carbonate for carbon dioxide adsorption, J. Mater. Chem. 2010, 20, 8710. [6] T. Urade, et al., A protecting layer for the dielectric in AC plasma panels. Electron Devices, IEEE Transactions on, 1976, 3,318. [7] V. Banele, et al., Effects of precipitatio

4 : Mr Nirmal MSImage Delegate ID Theme Details

YSC 10219 Make in IndiaDesignation : Assistant Professor Email : [email protected]

Numerical analysis of Energy Harvesting from Highways using Vertical Axis Turbines Nirmal M S, Raveesh G Department of Mechanical Engineering, Mar Baselios College of Engineering and Technology, Trivandrum, Kerala, India 695015 [email protected]

Abstract: The onshore wind industry is quite saturated. Experts forecast that it may be difficult to acquire land for making wind farms due to the lack of space and heavy conflicts with local residents. But the wind energy restored in the wakes of high-speed moving vehicles has considerable potential but has yet to be used. Turbulence created by traffic could feed the generators to provide electricity to the grid or local applications such as street lighting or electric charging stations in the future. In this study, a vertical axis wind turbine is used to recover energy from the wake of vehicles on roadways and railways. To evaluate the performance of the vertical axis wind turbine and to determine the mechanism of interactions between the moving vehicle and the turbine, computational fluid dynamics simulations are performed using fluent 18.0. The vertical axis wind turbine is modeled and placed along the sides of roadways and railways to capture the wind energy from the moving bodies. Different cases, considering various types of moving bodies and their orientations are simulated and studied. Results show that the vertical axis wind turbine could generate power from the wakes of vehicles on the passing lane.

5 : Dr Arunmetha SImage Delegate ID Theme Details

YSC 10297Make in

India

Designation : DST-SERB - National Post Doctoral Fellow


Visible Light Activity of Sulfur Doped TiO 2 Nanoparticles Prepared by One Step Process S. Arunmetha* and R. Jayavel Crystal Growth Centre, Anna University, Chennai - 600 025, Tamil Nadu, India *Corresponding author e-mail: [email protected]

Abstract Recent years a surge of invest in tuning the optical properties of TiO2 nanoparticles for wide range of applications. The doping of sulfur in TiO2 materials can enhance the absorption towards the visible spectrum during the photocatalytic activity. The present research work emphasizes a new approach to prepare sulfur doped TiO2 nanoparticles by one step chemical process. The main intent of this work is to reduce the demerits of sulfur (S) doped TiO2 nanoparticles preparation, in requisites of the simple, cost effective, and mass preparation parameters. The physicochemical properties of undoped and doped TiO2 were emphasised by XRD, FTIR, UV-Vis, PL, SEM with EDS and TEM analysis. The observed results shows the smaller crystallite size (10-12 nm) with spherical morphology of individual grains based on the XRD, SEM and TEM analysis results. From the UV–Visible and PL analyses, it observed that the S doped TiO2 has been improved the UV and Visible absorption. The optimized results were exhibits sulfur doping escalating the photogenerated electrons and holes during the photocatalytic reaction. The obtained nanoparticles can be utilized in photovoltaic devices as photoanode material. It can be applied for various photocatalyst applications including water purification, biological and hydrogen production.

6 : Dr Rajeev KumarImage Delegate ID Theme Details

YSC 10340 Make in IndiaDesignation : Inspire Faculty


The present grid-scale energy-storage sector is dominated by lithium-ion batteries, because of their higher energy density & specific power and longcycle life. However, there are some serious concerns regarding Li-ion batteries, such as safety risk, limited resource supply, high cost and lack ofrecycling infrastructure. This necessitates the development of an alternate battery system with lower environmental concerns, economic and higherenergy density. In this concern, lead-acid batteries are still one of the most reliable, economical, and environmentally friendly options. However,electrodes in the lead-acid batteries suffer from the problem of heavy weight, corrosion, poor thermal stability and diffusion of electrolyte in onedimension which ultimately affects the output power. Among all carbon materials, carbon foam is one of the lightweight (85%), which have highly resistive to corrode, good electrical and thermal conductivity (>100 W/(m.K)) with high surface area and have recentlyattracted a lot of attention owing to their potential applications in various field. The aim of the proposed work is to develop the suitablelightweight porous carbon foam and this foam is coated with active materials (lead oxide) and improved output power by controlling the structure andmorphology.

7 : Mr Jitendar Kumar TiwariImage Delegate ID Theme Details

YSC 10350 Make in IndiaDesignation : PhD Scholar


Accumulative Roll Bonding (ARB) process was used to develop graphene nano platelets reinforced aluminum matrix (GNPs/Al) composite. Annealed Al sheetswere ARB processed up to 6pass along with coating of graphene between stacked sheets in first and second pass. Similarly another set was prepared inthe absence of graphene coating. The cross-sectional SEM images depict the micro-level mixing of material on stacked-layer interface. The Ramanspectra at the cross-section were taken which shows the reduction in no. of layers and introduction of defects in graphene on the basis of symmetric2D band and G peak analysis respectively. Samples were then subjected to universal testing machine (UTM) and Vickers microhardness tester. Resultsshowed up to 73% increment in yield strength and 38% increment in hardness of GNPs/Al matrix composite compared to base material. Fracture surface oftensile specimen was further examined under SEM to understand the fracture mechanics at higher passes, which elucidate elongation variation anddelamination behavior of stacked sheets. The observed mechanical properties were further justified by no. of dislocations, calculated usingWilliamson-Hall plot using X-ray diffraction (XRD) data. All results signify the effectiveness of the proposed technique for the development ofGNPs/Al composite.

8 : Dr Jabeena KhazirImage Delegate ID Theme Details


Synthesis and Biological Evaluation of Micheal-Type Thiol Adducts of ?-Santonin as Potential Anticancer Agents

Jabeena Khazir*1 & Bilal Ahmad Mir 2

1Department of Chemistry, Govt., Degree College Pulwama, J&K, India 2Department of Botany, Satellite Campus Kargil, University of Kashmir, J&K, India *Corresponding author: [email protected]

Abstract: The Michael addition of an amine or a thiol into ?, ?-unsaturated enone is an emerging strategy for medicinal chemistry. Micheal-adducts are potentially prodrugs of biologically active molecules, and most common are the sesquiterpene lactone class of natural products in which majority of the members displays an ?-methylene-?-lactone fuctionality. In current study, a series of Michael-type analogues were generated on the C-ring of ?-santonin (?-methylene-?-butyrolactone) upon reaction with various thiols. All the thiol adducts synthesized were evaluated for their anticancer activity against four human cancer cell lines (PC-3, HCT-15, A-549 and MCF-7). Bioassay results indicated that even though most of the synthesized compounds exhibited a good anticancer activity against various cancer cells in vitro, some of the compounds exhibited promising activity, with compound 9e found to be the most promising analogue in this series showing IC50 values of 1.5 ?M, 0.6 ?M, 2.4 ?M and 1.2 ?M on PC-3, MCF-7, A-549 and HCT-116 cell lines respectively.

9 : Mr PAVAN KUMAR GUPTAImage Delegate ID Theme Details

YSC 10532 Make in IndiaDesignation : Scientist


Coal – to – Liquid (CTL) Pilot Plant Development in India Pavan K Gupta and Sudip Maity* CSIR-CIMFR, PO: FRI, Dhanbad – 828108, Jharkhand, India *Corresponding Author: [email protected]

Abstract: Due to skyrocketing and volatile prices of petroleum crude, India is looking forward to utilize coal as a source of liquid fuels. Production of liquid fuel from coal is known as Coal-to-liquid (CTL) technology. The CTL Technology is a strategic technology which will help to reduce import of petroleum crude in India. Clean gases and liquid products derived from coal have the potential for substantial future use. The resulting synthetic transport fuels are cleaner burning than diesel and petrol, with no sulphur emissions, and lower nitrous oxide (NOx), particulate matter (PM), hydrocarbon (HC), and carbon monoxide (CO) emission. The Central Institute of Mining and Fuel Research (Digwadih), Dhanbad has installed and commissioned the National facility for Pilot Plant Testing for conversion of coal to liquid hydrocarbon (gasoline/diesel) through indirect route. This integrated Pilot Plant consists mainly two sections namely i) coal gasification and ii) liquefaction through Fischer-Tropsch Route. The present plant is a Process Development Unit (PDU) consists of coal gasification, gas cleaning, high pressure compression, liquefaction and finally product separation.

10 : Mr Trilok SainiImage Delegate ID Theme Details

YSC 10554 Make in IndiaDesignation : Scientist - E


IP-Enabled High data rate Networking Solution in Higher Frequency Band Trilok Kumar Saini* and Dr. S.C. Sharma Defence Research & Development Organization (DRDO), DEAL, Dehradun Indian Institute of Technology, Roorkee [email protected] Abstract: Development of communication technologies and networking solution to offer high data rate services at a higher frequency band is a desirable requirement. Ku-band being the prominent choice to realize the concept by incorporating the ETSI standard to create a technology base for migration to higher frequency bands in-line with the worldwide trends. Operation on higher frequency band has outstanding potential for higher data rate communications and support design of the systems with small form-factor and higher gains than lower frequency systems and therefore is an excellent candidate for the realization of larger capacity services. Technology supporting the second generation of digital video broadcasting (DVB) and Interaction channel using satellite can offer IP-based communication solution for users located at diversified locations and provides voice and data services with quality of service provision. Choice of Star or Mesh topology in networking can be the factor affecting the observed propagation delay between communicating entities. Uses of underlying technologies like Low-density parity check codes concatenated with BCH codes, higher spectral efficiency, a wide range of code rates, Adaptive coding and modulation and the efficient encapsulation of IP packets using GSE collectively formulate the baseline for efficient and high data rate network.

11 : Mr Rajamanikandan TImage Delegate ID Theme Details

YSC 10594 Make in IndiaDesignation : Research Scholar Email : [email protected]

The liquid less bacterial power generating (LLBPG) device is used to generate the power from domestic solid waste. The bulk amount of power can begenerating using solid waste eating bacteria’s. the LLBPG device placed in every home. The garbage’s are separated and solid wastes are placed inthe device. The LLBPG device is proves the space for bacterial digestion. The special types of bacteria’s are producing especially for eating theall types of dry garbage’s. Simultaneously the bacteria’s are liberated to the bio-fuel and bio gas after the digestion of garbage’s and othertypes of solid waste. Power can generate using the bio-fuel and bio gas. Separate bacterial culture is made for the solid waste eatable bacteria’s. Features of the invention i) Portability, ii) less space required to generate the power, iii) Safety, iii) No need of water and iv) House hold powergeneration system. The expected outcome of the technique is to generate the power from domestic solid waste.

12 : Mr balaji thiruImage Delegate ID Theme Details

YSC 10655 Make in IndiaDesignation : Assist Professor Email : [email protected]

Abstract: This product introduces a minimal effort instructive mechanical technology unit in light of the NANO Arduino stage. The model is planned to be connected in optional (high) schools and school by methods for instructive workshops on apply autonomy. The undertaking is bolstered by a well ordered discovering that tends to essential material science, arithmetic, rationale programming and mechanical technology ideas. It likewise offers every one of the means for advancing in the development of a robot. Robotics may directly affect schools, school (and understudies) execution as in it conveys to classroom beneficial encounters that kids may have had with gadgets, PCs and diversions outside school. Mechanical autonomy can trigger inventiveness, cooperation and self-sufficiency, therefore encouraging understudies with an arrangement in light of morals and innovation. Keywords-Nano Arduino, science, mechanical,

13 : Mr ABHISHEK KUMARImage Delegate ID Theme Details

YSC 10669Make in

IndiaDesignation : ASSISTANT PROFESSOR Email : [email protected]

Re-Make-in-India to resolve challenges in industrial productivity Abhishek Kumar* Amity Institute of Biotechnology, Amity University Uttar Pradesh, Lucknow Campus Email: [email protected]; [email protected] Abstract: Efficiency has been the heart of invention which increases productivity and industrial growth. India’s potential resides with investment in human capital, infrastructure and innovation, where its innovation is driven by MNCs, who had realized and designed tailor-made products for India. These MNCs realized price and consumer behaviour seriously i.e. formation of successful reverse engineering concept. Government of India took major initiatives to foster the culture of innovation and started Startup India and Atal Innovation Mission (AIM). AIM offers incubation centers, hands on trainings in Science, Technology, Engineering and Maths (STEM) through Atal Tinkering Labs. In US, most of the companies have lean manpower and they rely on robotics and manufacturing, with precision and quality. Make-in-India, a strategic plan was launched in 2014 is strengthening 25 focus sectors with emphasis on creating skilled manpower and boost manufacturing sectors. After its launch, India has emerged as one of the fastest growing economy with GDP rate above 7.6% (2015-16) and poised to grow 7% by 2020 (International Monitory Fund report). These sectors are facing key challenging issues related to productivity like quality, availability of manpower, automation at the facilities. Some of such issues are, abundance of labour but underutilized, quality inspection and sorting through manual process, poor wages of labour, large maintenance staff but with low knowledge about machinery and management.

14 : Ms SMITA SRIVASTAVAImage Delegate ID Theme Details

YSC 10676Make in

IndiaDesignation : ASSISTANT PROFESSOR Email : [email protected]

Strengthening the human resource of India via Make-in-India programme Smita Srivastava* Amity School of Communication, Enhancement and Transformation, Amity University Uttar Pradesh, Lucknow Campus [email protected], [email protected]

Abstract:

World Bank’s ‘Ease of doing business’ ranks India at 100th which succeeded from 142th (2015). Indian Micro, Small Medium Enterprise employs around 111 million people delivering 6000 products. Make-in-India provides an edge to industrial growth catering low-taxes, food security issues, ease-of-doing-business, sanitation, employment. It nurtured 25 focus sectors by attracting global players to manufacture in India. Skill Development Mission is poised to train and raise approx. 400 million skilled workers. Under this programme Industrial Training Institutes increased form 10,750 (2014) to 13,105 (2016); around 250 Pradhan Mantri Kaushal Kendra established as model centers. The achievement of programme were through evidences like 1.98 million getting enrolled under Pradhan Mantri Kaushal Vikas Yojana, of which 1.79 million were trained and 1.19 million have been certified. Furthermore, Government has allocated USD2.69 billion (2017-18) i.e. rising 16% (2016-17) for skill development. Such initiatives had initiated in resolving the issue of shortage of trained manpower in India.

15 : Mr Abir BaraiImage Delegate ID Theme Details

YSC 10730 Make in IndiaDesignation : RESEARCH SCHOLAR


Vesicular self-assembly of Renewable Nano-sized Terpenoids and its Application

Abir Chandan Barai and Braja Gopal Bag*

Department of Chemistry and Chemical Technology Vidyasagar University, Midnapore 721 102, West Bengal, India Email: [email protected]

Study of the spontaneous self-assembly of molecules yielding vesicles are of tremendous interest in recent years due to its application in the areas of targeted drug delivery, medical implants, tissue engineering, gene therapy, theranostics, magnetic resonance imaging, etc. Vesicular self-assemblies of molecules from renewable resources are of special significance because of their availability in renewable supply, low toxicity and biodegradability. Among various plant metabolites, study of the self-assembly of terpenoids have gained significant interest mostly during the last decade. Terpenoids are a large and structurally diverse group of natural products containing multiple of C5 (isoprene) units. They are categorized by the number of C5 units as: hemi- (one C5 unit), mono- (C10 units), sesqui- (C15; three C5 units), di- (C20; four C5 units), sester- (C25; five C5 units), tri- (C30; six C5 units), sesquarterpenes (C35; seven C5 units) and tetraterpenes (C40; eight C5 units). Herein we report the spontaneous self-assembly properties of several terpenoids yielding vesicles in aqueous binary solvent mixtures. The vesicular self-assemblies were capable of entrapping various fluorophores including the anticancer drug doxorubicin. The entrapped drug could be released at physiological pH making these vesicular self-assemblies useful as prospective drug delivery vehicle.1,2

References

1. B. G. Bag, R. Majumder, Chem. Rec. 2017, 17, 841. 2. B. G. Bag, A.C. Barai, K. Wijesekera, P. Kittakoop, ChemistrySelect, 2017, 2, 4969. 3. B. G. Bag, R. Majumdar, RSC Advances, 2014, 4, 53327.

16 : Mr Sk Nurul HasanImage Delegate ID Theme Details

YSC 10733 Make in IndiaDesignation : PhD student


Entrapment and subsequent release of anticancer drug doxorubicin into the gel mattrix of ?-onocerin at physiological pH. Sk Nurul Hasan and Braja Gopal Bag* Department of Chemistry and Chemical Technology, Vidyasagar University Midnapore 721 102, West Bengal, India Email: [email protected]

Development of biocompatible nano carriers has been an emerging area of research for efficient drug delivery. There is a resurgence on the utilization of plant metabolites as renewables because such a strategy will offer renewable supply of the chemical feedstocks in contrast to the petroleum based chemicals that are depleting fast [1-3]. ?-onocerin, a naturally occurring C2 symmetric dihydroxy seco-tetracyclic triterpenoid, is extractable from the fresh aerial part of Lycopodium clavatum. The molecule spontaneously self-assembled in different liquids forming supramolecular architectures of nano- to micro-meter dimensions yielding gels in many of the organic and aqueous-organic liquids [4]. The self-assemblies have been characterized by optical microscopy, SEM, TEM, AFM, DLS, FTIR and X-Ray diffraction studies. The porous microstructure of the self-assemblies has been utilized for the entrapment of anticancer drug doxorubicin. Release of the entrapped anticancer drug has also been demonstrated spectrophotometrically for prospective drug delivery application at physiological pH 7.2.

References 1. B.G. Bag, R. Majumdar,Chemical Record, 2017, 841-873. 2. B.G. Bag, S. Das, S. N. Hasan, A.C. Barai, RSC Advances, 2017, 7, 18136-18143. 3. B.G. Bag, S.S. Dash, Langmuir, 2015, 3, 4564-4566. 4. B.G. Bag, S. Das, S. N. Hasan, P. Pongpamorn, N. Thasana, ChemistrySelect, 2017, 2, 6650-6657.

17 : Mr SAIKAT KUMAR PANJAImage Delegate ID Theme Details


Terpenoids in Early 21st Century: From Renewable Functional Nano-entities to Advanced Materials Saikat K. Panja and Braja Gopal Bag* Department of Chemistry and Chemical Technology Vidyasagar University, Midnapore 721102, West Bengal, India, Email: [email protected] Plant metabolites can serve as renewable and biocompatiable chemicals for the development of a sustainable society. Terpenoids, the major component of over 500,000 plant secondary metabolites reported till date. Recent computational results have shown that monoterpenoid (C10) to tetraterpenoid (C40) have lengths within 1-3 nm. Thus triterenoids can serve as renewable functional nano-entities with varied rigid and flexible length. Studies on the self-assembly of terpenoids, have drawn the attention of scientific community in recent years due to many of its potential and realized applications in medicine, drug delivery, pollutant capture, metal nanoparticle hybrid material, catalysis, selective damage of cancer cells, etc. Herein, we have discussed the isolation of seven terpenoids from plants and their self-assembly properties in different liquids, even without functional transformation. The utilization of the resulting supramolecular self-assembled architectures such as vesicles, spheres, tubules, flowers and fibrillar networks of nano- to micro-meter dimensions and gels have also been discussed paving the way for a green, renewable and sustainable world.

References: 1. B. G. Bag, R. Majumdar, Chem. Rec., 2017, 17, 1–34. 2. R. Majumdar, S. Tantayanon, B.G. Bag, Chem. Asian J., 2016, 11, 2406-2414 3. B. G. Bag, R.Majumdar, RSC Advances., 2012, 2, 8623–8626. 4. B. G. Bag, S.Das, Sk N. Hasan, A. C. Barai, RSC Adv., 2017, 7, 18136- 18143

18 : Mr Jofy PaulImage Delegate ID Theme Details

YSC 10813 Make in IndiaDesignation : Associate Vice President


Preparation of haematology controls using human blood with desired measures of blood components and its stabilization We are developing hematology controls and calibrators which shall be used to ensure the correctness of blood analyzers and to calibrate the blood analyzers in the diagnostic laboratories respectively.. Running the blood controls will verify the calibration and ensure the correctness of the blood analyzers. There are 3 levels of controls available (Low, Normal and High); each level has a defined range of values for the blood components. We have developed blood component stabilization technique by which one can set components of the blood as per the desired values and can be can be stabilized for atleast 6 months. Currently no other Indian company is commercially manufacturing the same. All are importing the same and will be doing the relabeling or trading as such. This major advantages manufacturing the hematology controls and calibrators are 1) Indigenous manufacturing under make in India concept 2) Getting the maximum shelf life to Indian users 3) Cost advantage to Indian users 4) Spreading the quality conscious among the laboratory technician and ensuring the correctness of the result helps to avoid false medical diagnosis.

19 : Mr Shan varghese AbrahamImage Delegate ID Theme Details

YSC 10825 Make in IndiaDesignation : student


Locomotive Mounted Wind Turbine (LMWT) is a mounted horizontal axis wind turbine system for heavy electric vehicles. This paper presents the designand implementation of LMWT to generate electricity from the vehicle. LMWT has several new advantages, including high RPM turbine, convenient weight,practical shape, direct storage and portability. And also, this paper evaluates the LMWT performance in terms of power generation. Here analyze that,with proper designing, LMWT can generate approximately 300W and above of power at vehicle speed of 80 km/hr which have a radius of 1m. A number ofdesign considerations have taken into account specially for designing LMWT to ensure its proper functionality in practical heavy electricallocomotives.

20 : Mr Debarshi DattaImage Delegate ID Theme Details


Field programmable gate array (FPGA) is being increasingly used in electronics industry for its higher performance and low power consumption than anyother digital signal processor (DSP). So that any logic function implement on FPGA provide better efficient result. Pseudorandom sequence (PS) code isan ID code that identifies which satellite is transmitting information and also used for pseudo range calculation. Linear feedback shift register(LFSR) based PS generator have high speed, low complexity and especially used for various cryptography applications where uniform distribution randomnumbers are required. LFSR based 10-bit PS generator used in Global Positioning System (GPS) to generate coarse acquisition (C/A) code and precision(P) code. Each GPS satellite transmits 10-bit PS code and same code used in GPS receiver to synchronize with the transmitter. This paper presentsmultistep length 10-bit LFSR based PS generator design for GPS system and the design is codded in hardware description languages (HDL). In multistepLFSR method, multiple bits are shift in every clock cycle where a single bit is shift in a conventional LFSR method. This multistep method is verymuch applicable in cryptography area to get high security. The proposed multistep 10-bit LFSR architecture is synthesized using Xilinx ISE DesignSuite 14.7 and Spartan 6 FPGA to target device XC6SLX45 and also power is analyzed using Xilinx XPower analyzer.

21 : Mr MOHANISH PUSHPAKARImage Delegate ID Theme Details

YSC 10852 Make in IndiaDesignation : student


SOLAR INTIGRATED AUTOMATIC SPRAYER AND IRRIGATION SYSTEM

Abstract :-

The “SOLAR AUTOMATIC SPRAYER AND IRRIGATION SYSTEM” is the new thought for our Farmers, who has work day and night for us. To meet the future “energy demands”, the use of non-conventional energy as an alternate solution is inescapable. With this motivation, we have developed a SOLAR AUTOMATIC SPRAYER AND IRRIGATION SYSTEM. The Automatic sprayer is a three wheeled vehicle which sprays pesticide in any given vineyard with almost nil human assistance. With the help of this tool, we can easily do irrigation along with the crop spray in our farms, even without going to that place. It is a robotic system that will work double –sided, on one side it will be able to sprinkle a high rang of fertilizer and on the other side it will be able to apply proper irrigation.

Keywords: Pesticides Sprayer, Solar Panel, DC Pump

22 : Dr GANESH KUMAR TImage Delegate ID Theme Details


Smart Gas Poison Prevention in Drainage Work Dr T.Ganesh Kumar1, Dr. K.Sampath Kumar2, Dr.M.Kumaresan3, Mr. K.Prabu4, A.Ramya5 Assistant Professor1,4, Professor2, Associate Professor3, Research Scholar4 School of Computing Science and Engineerin1,2,3,5 School of Electrical, Electronics and Communication Engineering Galgotias University, NCR, Delhi Manonmaniam Sundaranar University, Tamilnadu Contact Author’s e-mail address: [email protected]

Abstract: Sewer gas is a complex mixture of toxic and nontoxic gases produced and collected in sewage systems the decomposition of organic household or industrial wastes, typical components of sewage such as carbon monoxide, methane and hydrogen sulphide. Most gas poisoning incidents in drainage work occur as a result of improperly identifying the dangerous of sewer gas in the workspace or ignoring safety procedures. Some sewer gases are colorless and odourless. Using unscientific methods such as throwing a flame down the manhole and observing the gas using living organisms are unreliable. A more reliable method for detecting sewer gases is by using a calibrated gas detector. In existing system using single gas sensor they are finding whether hazardous gases present in drainage or not. But In our proposed detector will monitor all type of gases with their level of existence in drainage and their real data’s are send standby coworkers using wireless technology such as Zigbee or Bluetooth. The integrated detector will save many sewage workers life.

23 : Mr Swapnil RastogiImage Delegate ID Theme Details

YSC 10997Make in

IndiaDesignation : Student


Rediscovering and Communicating Heritage Swapnil Rastogi* M.Sc Mass-Communication Science and Technology, Lucknow University 223/71 Rastogi Tola Raja Bazaar Lucknow 226003. [email protected] Being born and brought up in Lucknow, which is popularly known as Nawabo ka shahar makes me connected to the rich cultural heritage. Lucknow city, a unique collection of all such factors, is also a representative of the British influence that makes Lucknow a well-known city on the map of Indian tourism. It is not wrong to say that Lucknow is the city of rich culture and heritage. Art and culture flourish in each and every corner of city. I have visited almost every places of the city as this is my hometown. What adds to the nostalgia and the fascinating journey is navigating through the intangible arts of Awadh. I feel myself lucky that I reside in such a place that is considered as epitome of beauty. The culture of Lucknow is still very much alive and retains its old world charm even today. The cultural heritage of Lucknow was pretty much influenced by the Mughal era and you find that Mughal touch in almost everything that relates to the culture of Lucknow. In my research paper my focus will be on various alleys of Lucknow. Lucknow abounds in different lanes namely ‘Chawal Waali Gali, Phool Waali Gali, Bataashe WaaliGali, Joote Waali Gali’ and many more. These lanes have been in existence for many decades and their origin can be traced to the Nawaabi era. So I have decided to revisit through these lanes and research over the changes that have occurred since many decades. I have rational thought process regarding everything and when I came to know about IISF where I can raise awareness among people about the lost significance of alleys which are now symbolic.

24 : Dr Ashutosh SinghImage Delegate ID Theme Details

YSC 11024 Make in IndiaDesignation : Project Scientist C Email : [email protected]

Affordable Smart Windows Ashutosh K. Singh*, S. Kiruthika, Indrajit Mondal and Giridhar U. Kulkarni Centre for Nano and Soft Matter Sciences, Jalahalli, Bangalore 560013, India. Contact Author’s e-mail address: [email protected]; [email protected]

There is an increasing quest to develop smart glazing windows with tunable light and temperature to achieve zero-energy demands of modern buildings. The existing technologies using ITO heaters are unideal due to high cost and poor flexibility. In this study, large area smart window has been fabricated with commercially available thermochromic pigments and gels in combination with invisible mesh electrodes as an alternative to ITO but with uncompromising optoelectronic properties. The chosen thermochromic materials not only control visible light transmission across this window but also infrared radiations. The device configurations and the low cost materials and processes developed here can be appealing to industry.

Indeed, we have taken up intense research and development activities to translate our technology from laboratory to industrial scale, jointly with an industry. The on-field prototypes would be launched within a year. The presentation will cover not only the scientific aspect but also many technological challenges that are being overcome.

25 : Dr ABHILASHA SINGH MATHURIYAImage Delegate ID Theme Details

YSC 11095 Make in IndiaDesignation : Associate Professor


Homemade Waste-to-Energy System for Production of Bio-gas, Bio-electricity and Bio-fertilizer Abhilasha Singh Mathuriya Department of Biotechnology, School of Engineering and Technology, Sharda University, Knowledge Park-III, Greater Noida-201306, India.

Developing countries are facing extreme energy crisis due to day by day increase in energy price. The problem is more severe in rural areas. India is the country of villages and more than 70% of population is living in villages. Rural population traditionally burn the biomass to fulfil their energy needs specially kitchen based, which increase pollution rate. In Indian subcontinents, biogas plants were installed in earlier years but gained less popularity due to their very large size and difficult operation. Moreover these plants are able to produce only gas, which needs conversion to electricity if it is required. There is a sharp need for home made system which can be installed in individual home easily and can fulfil multi needs, viz. gas, electricity and fertilizer. In present study, a low cost homemade bio-elecrochemical system (BES) was developed from cost effective material for small scale household applications. The system was assembled using pitcher as separator assembly, cow dung was used as substrate and tyre crumbles as electrode. The system generates direct electricity and biogas during wastewater treatment by the catalytic activities of microbial films on to the electrode, while electricity was generated by combining anodic and cathodic half cell reactions. System could generate up to 2 lit/day of biogas along with 638mW/m2 Power Density. The used sludge was utilized as biofertilizer. The overall cost of BES was 1248/- per system and system was sustainable up to 13 months. This low cost BES is ideal for rural household energy applications along with biofertilizer production.

26 : Dr MOHAMMAD IQBAL MIRImage Delegate ID Theme Details

YSC 11100 Make in IndiaDesignation : Research Associate Level

III Email : [email protected]

Title Formulation of a new RNA preservative and its validation in comparison with commercially available preservatives, a comparative Study M. I. Mir*, Aashiq Hussain Bhat Contact author’s affiliation: Dr Mohammad Iqbal Research Associate-III, Directorate of Cold Water Fisheries Research-Indian Council Of Agricultural Research , Bhimtal-263136. India Other authors affiliation : Aashiq Hussain Bhat. Department of Biochemistry and Clinical Biochemistry, University of Kashmir, Srinagar-190006 Email Id of contact author: [email protected]

Abstract Background: Integrity and quality of RNA is a long lasting issue and needs to be handled promptly for the study of expression of genes, drug discovery, ecological and conservation genetics and in biotechnology. RNA is an unstable biopolymer and needs a great attention in order to carry out the day to day expressional studies in biotechnology. Objective: The main objective of the study was to formulate a chemical combination which will be a good tissue preservative for RNA extraction and to validate in comparison with existing preservatives. Results: The nanodrop based quantification result interpretations revealed that a new chemical combination (i,e RNA guard) which was testified for a quality grade preservatives prove excellent. The glycerol and RNA latter also showed good efficiency for long term preservation of RNA molecule under deep freezing condition. The qualitative analysis was performed by synthesizing first strand cDNA followed by amplification of specific DNA fragment using conventional polymerase chain reaction. Conclusion: Comparative analysis revealed RNA guard have better preservative capacity followed by glycerol and then RNAlater, whereas the other three preservatives did not show good results for long term preservation. The following descending order was observed for the quality and quantity of RNA extracted from six preservatives, RNA guard> Glycerol> RNA later> Trizol> Ethanol> Formaldehyde. The chemical formulation testified is very cost effective than that of commercially available RNA latter of Sigma Aldrich. Keywords: RNAlater; expression studies;

27 : Mr KRISHNA GAUTAMImage Delegate ID Theme Details

YSC 11103Make in

IndiaDesignation : RESEARCH SCHOLAR Email : [email protected]

Microwave-based appropriate technology development for large-scale disinfection of the rice husk Krishna Gautam a,b, Marhaba b, Ashutosh Kumar Pandey a, Sushil Kumar Singh a, Monish Bhandari a, Vivek Kumar Morya a* a SS Medicals Pvt. Ltd. Lucknow, 226001, Uttar Pradesh, India. b Centre For Innovation and Translational Research (CITAR), CSIR- Indian Institute of Toxicology Research (IITR), Vishvigyan Bhawan, 31 Mahatma Gandhi Marg, Lucknow 226001, Uttar Pradesh, India. *Email: [email protected], [email protected]

Abstract- Rice-husk is one of the primary choices of the animal house bedding. It is a by-product of Paddy. Because of environmental exposure, it is essential to sterilize the husk, prior to us as the animal bed. The animal house bedding materials usually contain excreta and secretion, which attract as well as allow microbes to colonize on such material. Therefore, the used bedding materials must be disinfected before disposal. Generally, High-temperature heating or steam heating is applied for sterilization or disinfection, which, produce some undesirable thermal product. Therefore, an alternative and appropriate technology for proper disinfection of the animal house manure (Rice Husk) are being needed. CSIR-IITR and SSMED jointly developed OptiMaserTM, a microwave-based technology for efficient and quick disinfection of the animal bedding materials. The study was optimized on the OptiMaserTM, 1.5 KW Microwave equipment with a tunable temperature, exposure time and a water sprinkling system. Contrary, to conventional heating (Autoclave, Ovens etc.), Microwave works on the principle of dielectric heating thereby, generating heat directly inside the exposed cells. 10 and 30.0 minutes exposure of Microwaves at 100°C was optimized for a 4 log and 10 log reduction of the microbial count in rice husk. Results from the study revealed a higher disinfection efficacy and efficiency of OptiMaserTM over the conventional method of disinfection.

28 : Mr SHANAY RABImage Delegate ID Theme Details

YSC 11124 Make in IndiaDesignation : Research Scholar


Design and simulation study for the development of indigenous pressure sensor up to 1.0 GPa Shanay Rab1, 2, Afaqul Zafer1, Rahul Kumar1, Raman Sharma1, Lalit Kumar1, Abid Haleem2 and Sanjay Yadav1 1CSIR-National Physical Laboratory (CSIR-NPL), New Delhi, India 2Department of Mechanical Engineering, Jamia Millia Islamia, Delhi, India¬ [email protected] The accurate and precise measurement of pressure is of paramount importance for the progress of several process industries, other scientific and research fields. Normally, pressure gauges are used for accurate pressure measurement in the wide ranges from low pressure to ultrahigh pressure. Pressure gauges used for high pressure measurement are bulky and very costly. Due to such situations, the onsite uses of gauges become complex and difficult. The portable secondary or transfer standards (Pressure sensors) are relatively robust, easy to connect and can be used for on site calibration systems. The present paper describes the various design stages i.e. material selection, modeling and simulation work carried out for the development of an indigenous ultrahigh pressure transducer up to 1.0 GPa. The intensity of the applied pressure is limited to sensing element material yield stress. The materials having higher yield stress are expensive. It attracts attention of the researchers to use alternative techniques to increase the pressure bearing capacity of the same materials without losing their yield strength. In this paper, we adopted two different approaches for the designing of a pressure transducer; one is autofrettage technique and other is compound cylinder technique. The mathematical modeling has been developed for the designed element which was validated further with computational approach. It is clearly evident from the results obtained by simulation that the pressure bearing capacity is increased considerably by using both the approaches.

29 : Mr Atul SCImage Delegate ID Theme Details

YSC 11129 Make in IndiaDesignation : Research Scholar


ENHANCING TRIBOLOGICAL PROPERTIES AND BIOCOMPATIBILITY OF MEDICAL IMPLANTS THROUGH SURFACE MODIFICATION S.C. Atul* S. Ilaiyavel Sri Venkateswara College of Engineering, Sri Venkateswara College of Engineering, Department of mechanical engineering, Chennai-Bengaluru High Road, Pennalur Village, Kancheepuram District, Sriperambudur, Tamil Nadu 602117 Contact Author’s e-mail address: [email protected]

Abstract: This paper studies the effect of different surface modification on commercially pure titanium to enhance the bone mimicking mechanical and bio-chemical properties in in-vitro tests. Commercially pure titanium used in the manufacturing of medical implants shows similar young’s modulus to natural bone, however the fatigue strength and wear resistance is extremely poor. Hence the CPTi currently used implant manufacturing is replaced with alloys like Ti6Al4V and SS 316L which are not completely bio-inert and release life threatening poisonous ions of vanadium, aluminum, chrome, nickel, etc. In addition to which the surface properties are not suitable to promote soft tissue growth or Osseointegration. Compressive residual stress imparted onto the surface of medical grade titanium through peening process has significantly improved the bending fatigue strength and this was confirmed in cyclic bend (static) tests based on ASTM E382 standard. Boron thermal diffusion treatment increased the surface hardness of commercially pure titanium and would serve as an alternate to the currently used hazardous alloys like Ti6Al4V and chrome cobalt alloys. Keywords: Medical Implant, Titanium alloy, Tribology, Surface modification, Bio-compatibility

30 : Mr TANMOY SARKARImage Delegate ID Theme Details

YSC 11155 Make in IndiaDesignation : PhD Research Scholar


Impact of austempered gray cast iron (AGI) on Indian casting industry Tanmoy Sarkar1 and Goutam Sutradhar2 1School of automotive engineering, Raja SC Mallik Road, Jadavpur University, Kolkata-700032 2Director, NIT Manipur, Imphal – 795004 e-mail: [email protected]; [email protected] Abstract: Gray cast iron in a widely used engineering material. They are attractive due to low cost, good mechanical, wear and thermal properties along with vibration damping capabilities. Therefore, gray cast iron is used for automotive parts such as vibration resistant casings, clutch plates, brake discs and flywheels. The physical and mechanical properties of gray cast irons are mainly determined by its microstructure, which consists of a ferrite or pearlite or ferrite-pearlitic matrix in which graphite flakes are distributed. Austempering heat treatment process is applied to gray cast iron to produce austempered gray cast iron (AGI) with much improved mechanical and wear properties. Austempering develops an ausferrite (ferrite and high carbon and stable austenite) microstructure. This unique microstructure (ausferrite) contributes excellent mechanical properties to austempered gray cast iron (AGI). Due to its excellent properties, AGI finds applications in the industry and automobile sectors such as gears, pistons, cylinder liners etc. and also in agricultural equipment. Application of AGI is increasing day by day in the world market. However, India is a second largest casting materials production country. In the Indian market around 65% casting materials are gray cast irons. Therefore, austempered gray cast iron AGI will be a great potential material in Indian industry. Therefore, the aim of this study is to discuss details properties of AGI as well as an impact on industry and education sectors.

31 : Mr Prabin Jose JImage Delegate ID Theme Details

YSC 11210 Make in IndiaDesignation : Assistant Professor


Smart Embedded kit for Abnormal Person Behavior Detection and Prediction in Public Places Prabin Jose J *, Dr.G Jaffino Assistant Professor,ECE Department, Kamaraj college of Engineering & Technology Project Fellow, Thiagarajar College of Engineering [email protected] In recent days most of the crimes are happening in public places. In India many large cities have crime and antisocial behaviour problems, such as fights, vandalism, breaking and entering shop windows, etc. But all these cities the video cameras are installed but what is lacking is automatic and instant monitoring and analysis of the video data. On 24th June 2016, an IT Employee swathi was murdered at Nungambakkam suburban railway station by the victim Ramkumar. The Police identified the Victim Ramkumar with the help of Video surveillance system. If the there is a smart security system which predicts the activity and face reaction of ramkumar and informed the results to security people before he murdered swathi then the life of swathi can be prevented. Recently Pathankot Air Force base, Indian parliament and Hotel Taj in Mumbai, was attacked by terrorists. These are the main factors that influenced the development of “Smart Embedded kit for Abnormal Person Behavior Detection and Prediction in Public Places using video surveillance system and IOT”. The need for good security is one of the key aspects of our modern life. There is no appropriate automatic security system to predict and identify the crimes and unpredictable attacks that is going to happen in a particular place using video data. This innovation product considers the above mentioned current problems in the society and aims to address the problem with the current advanced technology such image processing, artificial intelligence and machine Learning Algorithms

32 : Ms JASMINE JASMINEImage Delegate ID Theme Details

YSC 11220 Make in IndiaDesignation : STUDENT


Fire fighting 360 degree canon rover

Author name: Jasmine

Additional author name: Vansh a. Institute: THE MANN SCHOOL, HOLAMBI KHURD -110082, DELHI, INDIA

Email ID: [email protected]

b. Institute: THE MANN SCHOOL, HOLAMBI KHURD-110082, DELHI, INDIA

Email ID: [email protected] Abstract: Purpose: The concept in creation of machines that could operate autonomously dates back to classical times, but research into the functionality and potential uses of robots did not grow substantially until the 20th century. We tried to develop a prototype of fire fighting cum rescue robot which acts as a multipurpose machine. This fire fighting Robot has the capacity of long range remote control, monitoring and spraying water, chemicals etc. Methods: This Robot module can fully integrate with Remote Control Vehicle and operate via Remote Control Vehicle. Remote control system (can be switched wired / wireless): a. Wireless Control: The RF method can transmit up to 500 meters (Line of Sight) b. Wired/Cable control: up to d. Able to expand the control panel to 50 meters, or fibre, up to 200 meters. c. Linear speed control meets with equipped modules. E. Able to remote control all function of Fire Fighting Robot. f. Power: DC12V/12Ah High-performance lithium battery (with charger)

Results: While the model was presented it was seen that it was mainly meant for the farmers and can also help the people who are in the danger due to fire that means it is a fire fighting canon. It is a MULTIPURPOSE ROBOT which is useful for people in India.

Conclusion: It is a very useful project in terms of technology which can help the people of India. These types of technologies are very useful in India as half of the people are engaged in farming and farming is the only house and shelter for them. This technology can help them.

33 : Dr Rahul BhambureImage Delegate ID Theme Details

YSC 11226 Make in IndiaDesignation : Senior Scientist Email : [email protected]

Cloning and Expression of Recombinant Biosimilar Ranibizumab Rahul Bhambure* Scientist, 717, Chemical Engineering and Process Development Department, CSIR-National Chemical Laboratory (NCL), Pune, India-411008 [email protected] Abstract: Ranibizumab is a recombinant humanized monoclonal antibody fragment (Fab) designed for intraocular use in the treatment of age-related macular degeneration (ARMD). The people at the risk of developing age-related macular degeneration (ARMD) constitute approximately 7.5% of the Indian population. This investigation was focussed on developing high throughput cloning and expression platform for a time and cost-effective manufacturing of biosimilar rHu Ranibizumab. The amino acid sequence for light and heavy chain of Ranibizumab was adopted from the drug bank database. For E. coli BL 21 (DE3) expression system, codon optimized light chain and heavy chain genes were inserted into T7-promoter based duet expression vector. Orthogonal analytical assays (RP-HPLC, SEC-HPLC, SDS-PAGE, LC-MS, and ELISA) were developed for comparing the biosimilarity of expressed Ranibizumab molecule to the innovator drug (Lucentis). A novel induction strategy was adopted for controlling the equal expression of light and heavy chain genes of rHu Ranibizumab. Oxidative refolding of the expressed light and heavy chain genes was achieved using dilution technique. Higher expression levels of Ranibizumab (~ 0.5 g/L) and observed physicochemical biosimilarity to the innovator molecule reflects strong commercialization potential of this investigation.

34 : Dr AASHIMA DATTAImage Delegate ID Theme Details

YSC 11281 Make in IndiaDesignation : PHYSIOTHERAPIST Email : [email protected]

Effects of Core Strengthening on Cardiovascular Fitness, Flexibility and Strength on Patients with Low Back Pain Aashima Datta 1*, Siddhartha Sen 2 and Shivpriya 3 1 Student, Sardar Bhagwan Singh Post Graduate Institute of Biomedical Sciences and Research, Balawala, Dehradun, Uttrakhand, India 2 Associate Professor (MPT Musculoskeletal), Sardar Bhagwan Singh Post Graduate Institute of Biomedical Sciences and Research, Balawala, Dehradun, Uttrakhand, India 3 Assistant Professor (MPT Neuro), Sardar Bhagwan Singh Post Graduate Institute of Biomedical Sciences and Research, Balawala, Dehradun, Uttrakhand, India *Corresponding author: Aashima Datta, Sardar Bhagwan Singh Post Graduate Institute of Biomedical Sciences and Research, Balawala, Dehradun, Uttrakhand, India, Tel: 7042345162; E-mail: [email protected] Rec date: Jan 29, 2014, Acc date: Feb 26, 2014, Pub date: Feb 28, 2014 Abstract: Background: Back pain is a common complaint for people of all ages. Chronic back pain sufferers have been estimated to constitute ¼ of the population. People who sit for prolonged periods of time are predisposed to have low back pain problem frequently. Methodology: In this study, 30 patients were selected according to inclusion and exclusion criteria and were assigned into two groups: experimental group and control group. The experimental group was given core strengthening exercises and control group was given conventional exercises. The intervention was followed daily for 4 weeks. Prior to the exercise and after every week VO2max, flexibility and strength were evaluated as outcome measure. Results: Both the groups had significant effect on VO2max, flexibility and strength at the end of 4th week (p Conclusion: Core strengthening exercise improves muscle imbalances, posture and enhances cardiovascular fitness, flexibility and strength in patients with low back pain.

35 : Mr DHIRAJ KUMAR BHARTIImage Delegate ID Theme Details

YSC 11300 Make in IndiaDesignation : RESEARCH SCHOLAR


Title: Piezoelectric Zinc Silicate/Graphene Based Flexible Nanogenerator for scavenging Mechanical Energy Author: Dhiraj Kumar Bharti, Manoj Kumar Gupta*, Avanish Kumar Srivastava *

Advanced Construction Materials Division, Advanced Materials and Processes Research Institute Bhopal, Academy of Scientific and Innovative Research (AcSIR), Bhopal, Madhya Pradesh, India-462026

*Corresponding author. E-mail addresses: [email protected], [email protected] (Manoj Kumar Gupta)

Presetting Author: Dhiraj

Abstract: Flexible piezoelectric nanogenerators gain so much attraction in last few years due to powering small scale electronic devices without any external electricity. Piezoelectric based nanogenerators have proven a best device for converting tiny (heartbeat, eye blinking, blood flow, walking on the floor etc.) or enormous mechanical energy (rain, sea wave, storm etc.) into electrical energy. In this work , we have reported the synthesis of pure zinc silicate nanorods by cost effective hydrothermal method and fabrication of graphene based flexible zinc silicate nanogenerators. X-ray diffraction, high resolution scanning electron microscope, high resolution transmission electron microscope, Raman technique were utilized to investigate the structural, morphological and optical properties of as grown nanorods. X-ray diffraction studies revels the formation of highly crystalline Zn2SiO4 phase. The SEM micrographs showed the formation of nanomaterials with well aligned rod-like morphology with length in the range of 2-5 ?m thickness in the range of 40-60 nm. Raman spectra shows all characteristic signature peaks of the Zn2SiO4material, strong Raman scattering peaks centered around 871 cm-1, 908 cm-1, 949 cm-1 were detected. Piezoelectric charge coefficient (d33) of Zn2SiO4 is also measured and found to be 0.7 pC/N. Piezoelectric nanogenerators generated 2V under vertical mechanical stress.

36 : Mr M VenkatesanImage Delegate ID Theme Details

YSC 11371 Make in IndiaDesignation : Student


WOMEN SECURITY SYSTEM

This article surveys about the security system for women which allows immediate response in case of any harassment and mainly focuses on two different parts, one is surveying the recently developed mobile applications for women safety and protection and secondly, the proposed work .The users can press a button that is located on watch with RFID technology that is, RFID tag is embedded in the watch or locket that contains information about unique ID and name. The RFID reader is embedded in mobile phone that receives radio waves and once the RFID tag is activated and emits radio waves, the RFID reader takes the information and triggers the mobile phone where the processor will perform the task and sends the messages to 4 or 5 predefined contacts in which one is for police women cell where they can get the information about location of the victim through GPS and message alert”HELP”

37 : Dr Ranjan JhaImage Delegate ID Theme Details



Title: Otologic Robotic Surgery and Indigenous Apex Locator Author: Dr. Ranjan Jha ([email protected]) Robots have been a reality on factory assembly lines for over twenty years. A revolution in the field of robotics transforms the global economy for the past few years, cutting the costs of services for the people. The researchers and engineers across the world made remarkable contributions for the efficient use of robots in the manufacturing, health, entertainment and aeronautical sectors. During the Otologic surgery, and more broadly of microsurgery, the surgeon encounters several difficulties due to the confined spaces and micro-manipulation. Traditionally, the ear surgeries are performed under binocular Loupes, which allows the surgeon to use both hands during the surgery. One hand holds a tool and the second, a suction device that can also be transformed into a tool. Presently, the development of Otologic surgery by endoscopy allows a better view of areas difficult to access. However, the use of an endoscope restricts the surgeon to use both the hands while doing surgery, as his left hand must hold the endoscope. Therefore, there is a strong expectation on the part of the Otologic surgeon for an assistive robotic system in order to perform the surgery with ease. The main goal of the current research is to design a robotic system, which assists the surgeon in visualizing the inner part of the ear while surgery using an endoscope. The current research also focuses on the development of indigenous apex locator for root canal treatment. The outcome of the project will be a low-cost device to measure the working length of root canals accurately and precisely in the dry as well as the wet environment canal.

38 : Mr Sagar SharmaImage Delegate ID Theme Details

YSC 11463Make in

IndiaDesignation : Full Time Intern


S-MASK: DEVICE FOR PULMONARY SUFFERS

Increasing pollution and irregular lifestyle is major reason for rise in patient with pulmonary disorders like Asthma, COPD etc. As per report by WHO, there are 235 million people suffering from asthma only. Breath related disorders are commonly manifested as irregular breathing i.e. inconsistency in inhalation/exhalation, changing time period of breath cycle etc. These diseases are incurable and proper management is the only solution, here management refers to the medication, diagnosis and regular monitoring. Presently, the tests preferred by the doctors are based on forced exhalation also known as Spirometry. In the test the person has to forcibly exhale into the device opening and ratio of FEV1 to FEV6 is recorded to figure out the congestion in the airway tract. FEVx is the forced exhalation volume at xth second. But this test is non-reproducible and painful to the patient who is already suffering, as he/she has to make full capacity exhalation into the device. Also the test found to have error rate of 20%, hence not recommended. To ease the patients from painful test of Spirometry, S-MASK, a device is developed for monitoring the normal breath (without force) to assess the discomfort of pulmonary disorder sufferer. S-MASK is capable to examine breath rate, strength and span to figure out the amount of congestion. A technique is developed using breath data captured by S-MASK that will help the caregiver understand the frequent variation that occurs while breathing. S-MASK can assess in concrete numeral term the relative improvement in physiological condition of a patient before and after medication. The device can be useful in several ways: Quantitative Assessment of the wellness of patient Proactive prognosis and Concrete communication mode Impact Assessment of Medication Hence, S-MASK can be a tool to define the therapy and/or response for patient

39 : Mr AJAY MANDALImage Delegate ID Theme Details

YSC 11524 Make in IndiaDesignation : PhD Scholar (SRF) Email : [email protected]

Study the effect of graphene reinforcement in SS-316L/Gr. Composite made by Additive manufacturing technique Ajay Mandal a, b, J. K. Tiwari a, b, N Sathish a, b a Academy of Scientific and Innovative Research (AcSIR), India b Advanced Materials and Processes Research Institute, Hoshangabad road, Bhopal-462026, India. Ajay Mandal : [email protected] Graphene (Gr.) has attracted researchers from the date of its invention, as it has combination of many extraordinary properties like very high electrical and thermal conductivity, good mechanical strength, chemically inert and act as solid lubricants. Due to its properties it is considered as ideal reinforcing agent for making light weight high strength materials. On the other hand, with the increase demand of more artistic and complex design component with less wastage of material in several industries, compels manufacturer and researchers to switch on additive manufacturing techniques, such as selective laser melting (SLM) a rapid manufacturing technique. In the present study, SLM technique is use to incorporate graphene (as reinforcing agent) in stainless steel 316L (SS 316L) matrix in order to enhance mechanical property of SS 316L. In the experiment two levels of graphene nano platelets (GNPs) content (i.e 0%, 0.1% and 0.2 wt. %) is used for making SS 316L/Gr. Samples are prepared at various combination of laser power (from 320 W to 400 W) and exposure time (from 100 µs to 130 µs) to see the effect of these parameters on mechanical properties of composite. Room temperature tensile test were performed to evaluate yield and ultimate tensile strength. Fracture surface is observed under SEM to understand fracture mechanics of composite. The composite is having finer grains which attributed the increment in tensile strength. From the results it is observed that SLM is practical method for the synthesis of SS 316L/Gr. Composite.

40 : Mr jeevanantham SImage Delegate ID Theme Details


SMART WEIGHING AND TRACKING DEVICE FOR TRUCK USING IoT Contact Person: S.Jeevanantham Co-Participants: S.Sudeep raja, Subash.R, Thirukumaran.S Assistant Professor/Dept. of EIE Sri Ramakrishna Engineering College, Coimbatore, Tamilnadu Contact Author’s e-mail address: [email protected] Contact: 7502321217

The safety is the main aspect that has to be considered or transportation. The weight of the goods transported by a truck can greatly affects the safe driving. In this proposed approach the weight of the transporting goods is continuously analysed. The load cells appropriate to the weight of the load are placed below the carrier such that the weight can be measured and noted. In this method the load cell is used to measure the weight. The controller is the main part of the device which will receive the information from all load cells. The new method of measuring weight and updating the weight with the location of vehicle transporting the goods. The weight measured by the load cell will be transmitted using the Wi-Fi module in the internet. GPS module is used here for tracking the location of the vehicle. The data in the cloud can be seen by the mobile app or the web page along with the location and weight carried by the vehicle.Load data will be displayed in driver’s front panel when load change occurs while travelling due to either packing issue or theft of goods it will be intimated in driver’s front panel. The main objective of this proposed method is to reduce the accidents caused by the overloading of goods in trucks and also to facilitate to find out the loss of any goods while travelling.It will also help to reduce the pollution caused by the overloading of trucks.

41 : Mr RAMAR BOSEImage Delegate ID Theme Details


Man-Machine Interaction through Artificial Intelligence to Avoid the Man Error in Manufacturing Research Scholar, Faculty of Science & Technology, Department of Chemical Engineering, Anna University, Chennai 600 025. Director, AU TVS Centre for Quality Management, Department of Chemical Engineering, Anna University, Chennai 600 025. [email protected]

Purpose To explore characteristics of AI-interaction when the human makes errors in Manufacturing Industry, AI becomes input for interaction and interface control in pervasive computing settings to the machine. Methodology The performance of human (Manufacturing –worker) movement based on Fitt's Law and discusses some of the human factors and technical considerations that arise in trying to use human body movements as an input medium.

Findings To finds that new interaction technologies utilising human movements may provide more flexible, naturalistic interfaces and support the ubiquitous or pervasive computing paradigm.

Practical implications in pervasive Manufacturing Industry environments the challenge is to create intuitive and user?friendly interfaces through AI. AI application domains that may utilize human errors are surveyed here and the paper addresses issues such as culture, privacy, security and ethics raised by Artificial Intelligence-IIoT Sensor interaction styles.

42 : Mr Naveen Manhar ChavanImage Delegate ID Theme Details

YSC 11606 Make in IndiaDesignation : Scientist-D Email : [email protected]

Cold Spray - The Journey from Fundamental R&D to Technology Indigenization Naveen Manhar Chavan*, S Kumar, SP Phani and D Srinivasa Rao ARCI, Hyderabad Email:[email protected]

Cold spray is a high velocity-low temperature thermal spray technique wherein powder material (metallic, alloy, composite) is sprayed at high velocities onto a substrate in solid state. This makes cold spray ideal to deposit materials that are thermally sensitive. The coating retains 99.99% of powder chemistry and properties. High velocities involved ensure high strain rate severe deformation of the powders. The rate, efficiency of deposition is very high vis-a-vis other thermal spray processes. In view of this, recently, cold spray has drawn widespread attention as a potential repair and refurbishment technology because it can rapidly deposit very thick coatings without overly heating the repaired component. The aerospace industry in USA and Europe has embraced this technology for structural repair of Al and Mg based alloys. A recent report suggests that the cost of refurbishment is orders of magnitude lower than replacement from an OEM. Strategic sectors in India are also exploring solutions for surface treatment and repair instead of replacement to reduce dependency on OEM. Presently, this technology is not commercially available in India and there are three foreign companies (one each in Europe, Canada and Japan) that sell this technology at high capital costs. This work presents our initiatives in these directions with a special emphasis on the indigenization of the technology, right from the initial basic research work to addressing key issues that make the technology robust at an affordable capital and low operational cost. In pursuit of the above, ARCI has developed a wide spectrum of coating materials at par with global competitors. Several application development activities were also successfully taken up with Indian and multinational companies leading to probable technology transfers.

43 : Mr Arun Pratap Singh RathodImage Delegate ID Theme Details


India is a technology starved country with rising levels of unemployment. In recent times we have seen a technological divide in our society. Rural India in particular has not been able to contribute much in the rise of digital India due to lack of technical know-how at the application end and at manufacturing end the silicon based electronic technology is too sophisticated and capital driven for them and does not help in creating employment for youth in rural areas. In order to improve this situation we require a new type of electronic manufacturing technology which is not capital intensive and utilizes less complicated techniques that could be easily assimilated by the rural folks. At the core of every electronic device there is a transistor, be it MOSFET, BJT or OTFT. Transistor is the building block of every electronic circuit so any change in the transistor itself reflects on performance of overall electronic device like mobile, tablet or computer. With advent of organic electronics (using polymers like Pentacene instead of silicon as semiconductor material) we have an opportunity to take the manufacturing of organic transistors (organic thin film transistors, OTFT) to our villages as the techniques like spin coating and dip coating are quite simple in comparison to multi staged photolithography used in silicon based technology. Double sided (DS) OTFT is our innovative transistor that consumes less space and gives exceptional performance when compared with other OTFTs of the same size using same materials. As a result of its robustness and better performance it can be used to design various complex combinational and sequential logic circuits like Multiplexers and SRAMs at very low input cost. Therefore we have a great opportunity to transform our villages in to manufacturing hub of OTFTs and help them to create a prosperous and sustainable future.

44 : Dr KAMALESU SUBRAMANIAMImage Delegate ID Theme Details

YSC 11683 Make in IndiaDesignation : CSIR-Research Associate


New Ruthenium(II) complex containing Nicotinic hydrazide ligand: Synthesis, Characterization, Photophysical properties and its Photovoltaic application S. Kamalesua and K. Swarnalathaa Department of Chemistry, Manonmaniam Sundaranar University, Tirunelveli-12, Tamilnadu, India. [email protected]

Abstract: Transition metal complexes and their chemistry have been widely studied, particularly with the potential application of solar power conversion and its storage, catalysis, light activated switches and photoinduced chemical reactions [1]. Many teams targeted their attention on the planning of latest solar cells, particularly on the basic aspects of dye-sensitized solar cells. In this regard, Ruthenium complexes are observed to be appropriate sensitizers for a few reasons: they exhibit a wide absorption band due to metal-to-ligand charge transfer (MLCT); the excited states of the complexes have long lifespans; and an oxidized Ru(II) complex has long-term chemical stability [2]. Schiff base compounds are very promising because of their biodegradability, non-toxicity, good electrical conductivity in conjugated compounds, cheaper and easier production, have excellent optoelectric properties and could be used in photovoltaic cells [3].

The main objective of this work is to construct the DSSC using these sensitizers, to increase the IPCE values than the present dyes and to know the impact of N,O donar atom in the MLCT transition. Along with our new complex, we have synthesized some heteroleptic ruthenium complexes with ligands 2,2’-bipyridine, 2,2’-bipyridine-4,4’-dicarboxylic acid, and are characterized by FT-IR, UV-Visible, emission spectra, NMR spectral techniques and the photophysical properties are studied. The fabrication of the DSSC using these complexes as photosenstizers and their IPCE calculations will be carried out. References 1. B.O’Regan and M. Graetzel, Nature 353 (1991) 737. 2. L. Giribabu, R. K. Kanaparthi, V. Velkannan, The Chemical Record 12 (2012) 306. 3. A. Wesley Jeevadason , K. Kalidasa Murugavel, M.A. Neelakantan Renewable and Sustainable Energy Reviews 36 (2014) 220–227

45 : Mr Harshad TayadeImage Delegate ID Theme Details

YSC 11684Make in

IndiaDesignation : Student


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46 : Mr Pavan DharmaImage Delegate ID Theme Details

YSC 11741Make in

IndiaDesignation : Founder & CEO


Non - invasive Glucometers : A needle free solution to diabetic diagnosing Pavan Dharma SCMS Pune, [email protected], 9959941794

Abstract: Diabetes is one of the most life-threatening disease prevalent in human beings. To control Diabetes, the blood sugar level of the individual must be checked regularly. The present methods available in the market to measure blood sugar makes use of invasive techniques, a prick is done on the finger and blood sample is taken for measurement. This process is painful and is not cost effective. here we introduce a equipment that makes use of non-invasive techniques to measure blood sugar levels. We will use of Near-Infrared (NIR) Spectroscopy based on the amount of NIR light passing through the ear lobe or finger parts of an individual and when the light passes through glucose molecules present in blood we are able to determine a reading. and after the reading or the measurement is obtained this data will be communicated to mobile app and also daily metrics will be sent to prescribed physician so that they can guide the patient with diet recommendations also. the main goal is to make the process diabetics diagnosing prick free.

47 : Ms Ranjna SirohiImage Delegate ID Theme Details


Extraction of protein isolate from defatted sunflower meal Ranjna Sirohi*, Ayon Tarafdar1 *Research Scholar, Govind Ballabh Pant University of Agriculture & Technology, Pantnagar, Uttarakhand-263145 1Research Scholar, National Institute of Food Technology Entrepreneurship and Management, Sonipat, Haryana- 131028 [email protected] Abstract: Sunflower meal obtained after defatting of sunflower seeds is a by-product, which is an attractive source for the preparation of protein isolates for food applications. In this work, we have extracted sunflower protein isolate (SPI) from sunflower meal. The optimal conditions for protein extraction from sunflower meal and functional properties (water holding capacity, oil binding capacity, foaming capacity and emulsifying properties) of SPI were determined. Extraction of protein with 0.25% Na2SO3 in 1:10, sunflower meal: water ratio at pH 10.0 and temperature at 40°C followed by isoelectric precipitation at pH 4.5 gave maximum protein recovery. SPI had the highest water holding capacity (3.9 g/g), highest oil binding capacity (3.0 mL/g) and highest foaming capacity when compared to commercially available soy protein isolates. Keywords: Sunflower; protein isolate; functional properties; protein extraction; soy protein

48 : Mr Aviral MalayImage Delegate ID Theme Details



App and Voice Controlled Smart Power Strip: With the world moving more and more towards digitalization and smartness, conventional ways of achieving results are a thing of the past. There are innovations and smart ideas emerging everywhere. Smart Power Strip is one such idea of automatic and smart control of the home appliances. It has usual sockets to which our appliances can be connected. However, instead of the conventional switch control, app based control has been provided to remotely switch on or off the appliance. The app can remotely control the appliances from anywhere in the world and not only locally. Only, an internet connection is required in the mobile that has the application. The app also provides feature for automating the switching on or switching off action for an appliance at any given time. In addition to the app based control, voice integration has also been done so as to control the appliances connected to the strip with voice. Using Alexa, the amazon voice AI, either through mobile or an echo-device, the appliance can be very conveniently switched on or off using voice commands. Just to add another small feature, a small RGB Lamp has been included that can be controlled via app or voice. Moreover, there is provision for changing the color of the lamp through the app and voice as well as the brightness of the lamp can also be varied. Master switches have also been provided so as to control the strip conventionally without needing the app or voice to control the sockets/appliances.

49 : Mr Karthikeyan IImage Delegate ID Theme Details


Design and Fabrication of Bakelite Crusher Karthikeyan I *, Raja V Assistant Professor, Sri Ramakrishna Institute of Technology, Coimbatore, India [email protected] Abstract: Bakelite is a type of synthetic plastic that has many novel properties such as mold ability, resistance to electricity and non-flexibility. Bakelite wastes are being typically used in various applications as reinforcing materials. This resin based synthetic plastic exhibits a tendency of high strength to weight ratio and is very hard to crush. It is very difficult to pulverize the Bakelite materials with normal crushers and requires special crushing mechanisms, Hence, in this proposed work, design and fabrication of a mechanical crusher has been done very much for the purpose of pulverize the Bakelite material to the desired size. The crusher uses high rotary cutting blade that is made of die steel. A simple mechanism has been incorporated in fabricating the crusher so that the crusher can be manufactured and made use by small scale industries and aides the society at large. Attrition is the principle that is incorporated in designing the crusher .The Bakelite materials which are fed through a hopper, comes in contact with a rotating blade which are heat treated to increase the hardness. The pulverizing of the materials takes place due to the attrition between the rotating blades and a stationery blade provided. Initially the design was carried out using Solid works software and the fabrication was done in-house.

50 : Ms Kirti Panwar BhatiImage Delegate ID Theme Details



Data Analytics Bot using Raspberry Pi for Crime Control

Kirti Panwar Bhati*, Rajkamal, Sanjiv Tokekar School of Electronics, Devi Ahilya University, Indore*, Prestige Institute of Engineering, Managament and Research, Indore, Institute of Engineering and Technology, Devi Ahilya University, Indore

[email protected]*

Abstract: The proposed project is the solution to control the crime against females and children. Rate of crime is increased day by day. System proposed here is a low cost data analytics system by the use of Bot implemented on Raspberry pi board. This system will be deployed in crime prone areas like hostels, orphanages, heavy traffic areas. It has the capability to capture the sound in nearby areas. System consists of a pool of offensive words and help words. Normally if crime happens victims shouts and make use of help words and accused use any offensive words, so in such situations if any of these words are received by the system, such information will be processed by the system and a notification will be sent to the police control room/ concerned person with location and audio recording of that duration. Speech to text conversion takes place as the first step then this text is matched with list of prestored help words and offensive words. If word matches with some offensives stored words, it shows that some crime is happening. At the very same moment system will collect the current audio of the crime scene and along with location send the data to control room or to the concerned person whose number is stored with system. The system is in final phase of implementation and will be helpful for controlling the crime against females and children.

51 : Mr Deepak SImage Delegate ID Theme Details

YSC 11979Make in

IndiaDesignation : JUNIOR RESEARCH FELLOW


Preparation and Ballistic Characterization of shear thickening fluid coated Polypropylene Fabric for Soft Armour Application

S. Deepak1, K.P. Bhuvana1, K. Prakalathan1, R. Joseph Bensingh2, Sanjay K Nayak1 1Central Institute of Plastics Engineering & Technology (CIPET), Chennai – 600032, India. 2CIPET - School for Advanced Research in Polymers (SARP) - Advanced Research School for Technology and Product Simulation (ARSTPS), Chennai – 600032, India. E-mail address: [email protected] Abstract: Body armour for the military has traditionally been designed to provide protection against fragmentation and ballistic threats. Armors have traditionally been protected based on steel which gives rise to extremely heavy structure and weight, provides logistical problems and discomforts due to transport to a battle site. Soft Armour is a ballistic protection technology that provides security for people in vulnerable environments. Presently, high performance fibres such as modified polypropylene has been used to make soft ballistic body armours for the realization of lightweight, flexibility and comfort. These high strength, high modulus, high tenacity fibres have resulted in significant improvements in the performance of body armours against ballistic threats. In this perspective, the present research work is focused on the preparation and characterization of a novel shear thickening nanocomposite fluid to improve the stab resistance and to resist the penetration of bullets in soft wearable armors and also for high ballistic impact of polypropylene fabric for soft armour. Present study also provides the detail structural and morphological analysis, the nature of impact of the nanostructured metal particles (periodicity, shape & size) on the coated polypropylene fabric was evaluate. A novel shear thickening fluid/gel is proposed to be developed over the fabric.

52 : Dr Shikha JainImage Delegate ID Theme Details

YSC 11995Make in

IndiaDesignation : Scientist (DST-WOS-A) Email : [email protected]

Development of Natural Sunscreen from Cyanobacteria: Potential and Prospects

Shikha Jain1*, Akhil Agrawal 2 and Lalita Ledwani1 1 Department of Chemistry, Manipal University Jaipur, Jaipur, Rajasthan, India 2 Department of Microbiology, Central University of Rajasthan, Bandarsindri, Ajmer, Rajasthan, India

Email: [email protected]

Ultraviolet radiation (UVR) is harmful to living system; causing damage to biological macromolecules. Available inorganic and organic chemicals used in commercial sunscreen have deleterious activity in vivo. Therefore, there is need of safe and natural sunscreen. A unique and green strategy for dealing with UVR is the biosynthesis of mycosporine-like amino acids (MAAs) by several organisms. MAAs are the most common group of UVR absorbing intracellular secondary metabolites. These molecules have wide phylogenetic distribution. Among them, cyanobacteria are the impressive source of these MAAs. MAAs primary function is photo-protectant but they are also potential osmolytes. Keeping this in mind, we collected samples from hypersaline Sambhar Lake, Jaipur. From these samples, pure cultures of Arthrospira, Aphanothece, Gleocapsa and Anabaena were isolated. Isolates were then induced by UV-B for MAAs production. We observed that crude methanolic extracts of induced samples have UV absorbing range from 330 to 350 nm, with characteristic peak at ~334 nm. HPLC data showed the gradual increment of MAA production in Arthrospira and Aphanothece till 48h of induction while in Gleocapsa and Anabaena amount of MAA was same before and after induction. Chromatogram of Arthrospira revealed the presence of two more peaks along with the main peak in 0h sample, which gradually declines, in later hours of induction. In conclusion, present work revealed the presence of potential MAAs in cyanobacterial isolates of hypersaline environments of India. Future perspectives include search for other MAAs and then co-production of these different UV protective molecules in order to develop broad spectrum natural and safe sunscreen.

53 : Mr Murugan EImage Delegate ID Theme Details


SMARTSCOPE-X7- A Cutting Edge Innovation for Authentic Diagnosis of Tuberculosis Using Internet of Things *Murugan E, Niranjani L *Department of Electronics and Communication, Hindusthan College of Arts And Science, Peelamedu, Coimbatore, 641028, INDIA Department of Research and Development, Firmware Solutions, 64/176-Gokale Street, Ram Nagar Coimbatore, 641009, INDIA

[email protected] In the modern era, use of microscope has become an indispensible one from forensic science to medical science. Tuberculosis (TB) still remains as one of the challenging diagnosis in medical history. According to the International Standard for Tuberculosis Care, Sputum smear microscopy is one such diagnosis for TB which can determine the bacteria with more specificity and sensitivity. Still there exists other methods like chest radiography and blood test for TB diagnosis but Sputum Smear Microscopy is mostly preferred for its accuracy and inexpensive nature. Moreover the evolved technology would assist the physician for detailed study of the slides and determining the drug-resistant strains of TB. SmartScope X7 a prototype was designed with Windows Operating System with 10.1” touch screen tablet PC with integrated CMOS image sensor (QM20MMS-4TS28CPT30) and VIMICRO camera processor (VC0342TLNB) to capture the slides with high accuracy. VIMICRO camera processor was interfaced with 2 Mega pixel CMOS image sensor with other supporting components. With the help of Visual Studio 2015 community Edition Tool/ Lab View an Application Software was developed. The camera was interfaced with the application software in 10.1” windows based tablet PC. Using Auto Cad, mechanical design for supporting camera and tablet PC on the trinocular port of the microscope was designed. Internet of things (IOT) based TB diagnosis was enabled with the SmartScope-X7 where the images of the samples were stored in the cloud. Apart from diagnosing TB, SmartScope-X7 can be further used as a normal microscope in laboratories and clinics with IOT assisted data storage.

54 : Mr Niranjani LImage Delegate ID Theme Details

YSC 12010Make in

IndiaDesignation : Research & Development


"GM PRO"- A Breakthrough For Meticulous Assessment of Salivary Glucose Amalgamated With IOT (Internet of Things) Data Storage *Niranjani L, Murugan E * Department of Research and Development, Firmware Solutions, 64/176-Gokale Street, Ram Nagar Coimbatore, 641009, INDIA

Department of Electronics and Communication, Hindusthan College of Arts And Science, Peelamedu, Coimbatore, 641028, INDIA

[email protected] “GM-PRO” is a non-invasive biomedical instrument employed for estimation of salivary glucose. Basically diabetics test involves assessing the blood glucose level and requires incessant analysis of glucose with the help of calorimetry principle which quite similar to that of salivary glucose estimation. The prototype comprises of sensor unit, controller unit, display unit and storage unit. The solution for the analysis was prepared with glucose oxidase (GOD) and further oxidised with peroxidise (POD) and finally a pink coloured chromogen was generated. Light Emitting Diode (LED) acts as a transmitter and the photodiode acts as a receiver. Light from the LED was chosen around 510 nm which gets transmitted in fixed path through cuvette containing pink coloured chromogen and the light rays unabsorbed from cuvette falls onto the photodiode and the intensity of the of the light falling on the photodiode varies which changes the glucose level of the saliva. Controller process the data and helps in displaying the result in the LCD display present in the prototype. With the help of Internet of Things (IOT) enabled with wi-fi module ESP-8266, helps in storing the data in the cloud and retrieving anytime and anywhere across the globe. The data stored can be used to analyse the glucose level in an individual frequently with greater ease. The prototype enables highly sensitive estimation of very low level of salivary glucose.

55 : Mr MANOJ MImage Delegate ID Theme Details

YSC 12024Make in

IndiaDesignation : student


ULTRASONIC FINGERPRINT SCANNER JAMMER

*MANOJ M - [email protected] *NAVINKUMAR S - [email protected]

ABSTRACT:

Basic Idea: Based on principle of tesla coil founded by Nicola Tesla. Construction: Primary coil of 3 windings connected with AC supply of high frequency. To obtain high frequency, transistor 2N2222 is used for rapid ON - OFF state. Windings are made using the insulated copper wire produces a square wave AC supply of very high frequency. Now secondary winding is made on cylindrical insulating material roughly it has 250 to 300 turns primary winding wounded over the secondary winding Working: When DC is fed to transistor it generates AC square waves. Waves in primary coil produce the electromagnetic field around it. As it wounds over secondary windings, change in electromagnetic field induces an alternating emf in secondary winding. Frequency dissipating from the secondary is similar to that of ultrasonic waves. Testing: When mobile phone with ultrasonic fingerprint is brought near the field and gets disturbed by the external field created by the coil. So, practically it is impossible for receiver to detect the ultrasonic waves reflected from our fingerprints. Usage: Military Submarines other ships use ultrasonic waves to determine the depth of ocean and to find other bodies under water. In order to hide our submarine from other radar, this setup can be installed in our submarines and other military related under water bodies. The installed device sends ultrasonic waves at different time and receiver in ship calculates a wrong depth of ocean. That in turn shows false depth of ocean and dimensions and other details. Thus we could hide from our detectors. Conclusion: A working model to jam the ultrasonic fingerprint scanner is developed and performs well at its task. It's an innovative project that could be practically implemented for security related purposes.

56 : Mr Pranjal MahajanImage Delegate ID Theme Details

YSC 12049 Make in IndiaDesignation : Student


DESIGN AND DEVELOPMENT OF AUTOMATIC VEHICLE BASED RAMP Nishant Mishra*, Pranjal Mahajan, Shashwat Aditya, Dr. Richa Pandey Birla Institute of Technology, Mesra, Ranchi, Jharkhand-835215 ([email protected]) [email protected], [email protected], [email protected]

Abstract Indian Railway is the biggest railway network of the world. In last 3 years only, 66 people died and 100+ people got injured due to substantial gap between platform and train coach staircase. In most of the trains in India the floor level of the train coach is much higher than the platform level. The idea is to develop a solution to make boarding and disembarking safer for passengers travelling via trains. For solving this problem, a ramp attached in coach can be installed for exit near door which will help people to move conveniently along with heavy luggage also. Gap is required as express trains tend to ‘rock’ with lateral motion as high speeds. This whole operation will be executed using an assembly of components:-electric circuit, ramp with a hinge joint, DC motor, spur gear, ramp guide, bearing. There will be an electric circuit which will have a switch to actuate a DC motor. The switch will be operated by on board railway staff. Relay between battery and switch will be installed for implying rotary motion of motor in both directions. Spur gear will be coupled with DC motor. The rotary motion of gear converts into translation motion of ramp via pinion. Ramp will consist of two parts connected by a hinge joint. Whenever motor rotates pinion gear, translation motion of ramp will occur and ramp comes out in front of the door. Further, after maximum translation of ramp, hinged part rotates and falls due to gravity. While closing, motor rotates in opposite direction with the help of relay circuit, and it starts pulling the ramp inside.

57 : Mr ANURAG JAINImage Delegate ID Theme Details

YSC 12073 Make in IndiaDesignation : Part Time Assistant

professor Email : [email protected]

Star/Delta and Zig/Zag transformer Based DSTATCOM for Power Quality Improvement Anurag Jain1, Dr.Monika Jain2 Department of Electrical & Electronics Engineering BM College of Technology, Indore 1 Department of Electrical & Electronics Engineering Oriental Institute of Science & Technology, Bhopal 2 [email protected], [email protected]

Abstract: Now a day’s power quality improvement is an important issue in respect of increasing application for nonlinear loads. A group of devices, called Custom Power Devices (CPDs) are in use now days, for power quality improvement. One of the CPD the distributed static compensator (DSTATCOM) is proposed for compensating the power quality problems. The DSTATCOM is design for improvement, performance of distribution system under linear and nonlinear loads. Especially in nonlinear load DSTATCOM inject harmonics currant components into the system to improve Power quality of source currant and source voltage. Further in the proposed systems the rating and size of DSTATCOM is reduced with the help of Star/Delta and Zig/Zag transformer. The proposed systems are employed for the reduce rating of dc currant, compensation of harmonic currant, reactive power, neutral currant, load balancing and the voltage regulation. In this research work comparison of proposed topology of DSTATCOM consisting of a three leg VSC with the Star/Delta and Zig/Zag transformer is employed for power quality improvement. The performance of proposed DSTATCOM system is demonstrated under balanced, nonlinear loads in MATLAB/Simulink environment.

58 : Mr Anurag JainImage Delegate ID Theme Details

YSC 12085 Make in IndiaDesignation : engineer


SMART VILLAGES IN INDIAN Anurag Jain Capacitor Division UCL “MP Birla Group” P.O. Birla Vikas, Satna (M.P) - 485 005. [email protected]

In India there are 6,00,000 villages out of them 1,25,000 villages are backward so there is a need for designing and building the village as a smart village. With modernization and urbanization people migrate from one place to another place for different facilities such as education, employment and affinity o f people towards the locality or city. Village is main criteria for development of nation. So, develop the village in such a way that which is self dependant in providing the services, employment and well connected to the rest of the world i.e. smart village. The smart village corrects the social oversight by providing accommodations for sustainable family relationships without disturbing the lifestyle of different generations. The vision of smart village is that modern energy access can act as catalyst for development in education , health , productive enterprise , clean water , sanitation , environmental sustainability and participatory democracy which helps to support further improvement in access to energy . Initially the concept of development of village is of Mahatma Gandhi i.e. swaraj and suraj village . But, now days it is newly termed as smart village. We know that, India is a developing nation, with the help of smart village we can make India as a SS nation. Now days, our government also gives strong focus on smart village. Government implements so many schemes on smart village. Key words,

59 : Dr SHIRISH KHEDIKARImage Delegate ID Theme Details



Sunshine Solar Azimuth-Altitude Recorder Dual-axes Tracker (SUNSAAR-DAT) for solar observations to be used for Efficient Solar Power Production *Shirish Khedikar, Ved Prakash Singh *Agrimet Division, Climate Research and Services, IMD, Shivaji Nagar, Pune-411005, Phone: 9423403552 Meteorological Centre, IMD, Arera Hills, Bhopal–462011, Phone: 9818780617 Email: [email protected] Abstract: In order to satiate the increasing demand for energy without harming the environment, solar energy is best available source presently and knowledge of real-time solar parameters makes its utilization more efficient. Similarly, current position of sun is also required for keeping photovoltaic plate directly facing towards the sunrays. Hitherto, there is no proper and relievable method for measuring the solar position, intensity and tracking sun based on it, making people depend on under-developed laborious manual methods. To resolve this issue, Sunshine Solar Azimuth-Altitude Recorder and Dual-axes tracker (SUNSAAR-DAT) is fabricated and discussed here. Its first component is Sunshine and Solar Azimuth-Altitude Recorder (SUNSAAR), which records current solar position and solar intensity. SUNSAAR consists of hemisphere of 32.8 cm radius having 289 Holes at each 10 degree from the center. The hemisphere is prepared in such a way that particular sensor detects light coming from specific direction only. Total 36 numbers of 74HC14 Integrated Circuits are used for controlling 325 Light-Dependent-Resistances. SUNSAAR senses the current solar parameters and position continuously. These observations are stored and displayed in computer database through dedicated software in real time. Similarly, current solar position is fed to its second component i.e. Dual-axes Tracker (DAT). It changes the position of Photo-voltaic panel as per current solar Azimuth and Altitude angles using the time-delay mechanism. This setup helps in tracking solar position and generate solar power efficiently by keeping photo-voltaic plate directly facing towards sun-rays automatically. The prototype discussed here is registered under IPR (India Patent application No. 109/MUM/2013).

60 : Mr manish ghodkiImage Delegate ID Theme Details

YSC 12129 Make in IndiaDesignation : Researcher


A supply from renewable energy source is need to be directly utilized for its maximum power extraction. A system of management and control of powersupplies from renewable (solar) and conventional (mains) energy sources is proposed, where both supplies are managed in such a way that supply fromsolar is used to control the supply from mains in an inversely proportional manner so that resultant additive output from both sources should beremain balanced in order to draw maximum power from solar. A natural deviation in solar energy supply is utilized to alter the mains supply by usingmicrocontroller based control unit and remaining supply after alteration is compensated again from solar energy. The additive supply from both sourceskeeps the balanced physical output from electrical load. This technique of supply management for controlling one supply with the help of other is away towards energy saving by direct utilization of solar energy.

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