Gajanan Nagare

Mumbai, Maharashtra, India Contact Info
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    Career Development Coaching, Leadership Development, Educational Consulting, Logo Design, Online Research, Program Management, Transcription, and Technical Writing

About

Having experience of 15 years, includes Academic accreditation, R&D, analytical approach,…

Articles by Gajanan

Contributions

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Activity

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Experience

  • Vidyalankar Institute of Technology, Mumbai

Education

  • Indian Institute of Technology, Bombay

Licenses & Certifications

Volunteer Experience

  • IEEE Graphic

    Senior Member-94415544

    IEEE

    - Present 6 years 10 months

    Education

  • University of Mumbai Graphic

    Board of Studies

    University of Mumbai

    - Present 9 months

    Education

    Biomedical Engineering

  • MKSSS Cummins College of Engineering for Women Graphic

    Board of Studies

    MKSSS Cummins College of Engineering for Women

    - Present 4 years 10 months

    Education

    Instrumentation and Control

  • Punyashlok Ahilyadevi Holkar Solapur University, Solapur Graphic

    Board of Studies

    Punyashlok Ahilyadevi Holkar Solapur University, Solapur

    - 7 years 3 months

    Education

    Biomedical Engineering

  • Indian Society for Technical Education Graphic

    Life Member-LM 80988

    Indian Society for Technical Education

    - Present 12 years 3 months

    Education

  • Institution of Engineers of India (IEI), Kolkata Graphic

    Member, Institution of Engineers (India)-M-1594618

    Institution of Engineers of India (IEI), Kolkata

    - Present 6 years 10 months

    Education

    MIE (Belapur, Navi Mumbai, India)
    Chartered Engineer (India)

  • Life Member-78961911372

    International Association of Advanced Materials

    - Present 8 years 9 months

    Education

  • Life Member-LM1079

    Biomedical Engineering Society of India

    - Present 13 years 1 month

    Education

  • Associate Member (1518)

    Cancer Epigenetics Society

    - Present 6 years 5 months

    Health

  • Editor in Chief, The Journal  Medical and Life Science Engineering 

    BMESI India

    - Present 5 years 6 months

    Education

    All are welcome to Publish a Paper in the area of Biomedical Engineering

Publications

  • Fire Detection Using Image Processing

    XIV Control Instrumentation System Conference (CISCON-2017), Manipal Institute of Technology, Manipal

    The paper gives an insight to fire detection algorithms using image processing. Apart from numerous optimized techniques, a simplified approach may be sufficient for day-to-day surveillance. This mainly aims at minimizing the time taken for identification of an outbreak of fire and its management.

    Other authors

  • Optimization and Design of Cantilever Beam based Radio Frequency Microelectromechanical Switch

    3rd Manipal International Conference on Technology Management, Manipal University Dubai - 25-26, March 2015

  • Analyzing the Effect of Metals on the Dynamic Performance of RF MEMS Switch

    IEEE-2014 International Conference on Electronics and Communication Systems

    RF MEMS (Radiofrequency Microelectromechanical systems) is the area of MEMS which deals with study and development of RF components for communication applications. In telecommunication domain, one of the critical parameter is bandwidth that can be controlled by device parameters namely threshold voltage and resonant frequency. Although these parameters have marked relevance for its given functions in telecom devices, it comes with greater challenges related to production and costing of these…

    RF MEMS (Radiofrequency Microelectromechanical systems) is the area of MEMS which deals with study and development of RF components for communication applications. In telecommunication domain, one of the critical parameter is bandwidth that can be controlled by device parameters namely threshold voltage and resonant frequency. Although these parameters have marked relevance for its given functions in telecom devices, it comes with greater challenges related to production and costing of these devices. Therefore to effectively reduce the system costs without affecting the functioning of the device, size miniaturization plays a pivotal role. Importantly this technique can be implemented using simple structure and continuous development in electromechanical systems that yet remain elusive. This study proposes the Simple RF MEMS Switch with two different Models comprising of Aluminum and Gold metals to obtain higher dynamic stiffness and Low threshold voltage with best Frequency Response. The Results Obtained showed that Model 1 has best Inherent frequencies with desired low threshold voltage up to 2.02 V

    Other authors
    • Amey S.Revandkar
    • Ajitkumar R.Khachane

  • Graphical User Interface in Matlab for Lithography in Microscale Devices

    International Journal of Engineering Research and Technology

    This work reports the development of basic simulation tool for MEMS fabrication. This software is designed in matlab and verified by previously reported process data.

    Other authors
    See publication

  • Characterization of silanization and antibody immobilization on spin-on glass (SOG) surface

    Applied Surface Science

    Most embedded optical waveguide biosensors require low dielectric optical material. The prerequisites for such applications include the selection of an appropriate material and effective bio-functionalization. Spin-on glass (SOG) is one of the preferred polymers that can be easily deposited. Further, the chemical properties of the polymer make it amenable for bio-functionalization. This paper reports a detailed study of a protocol for immobilization of antibodies on SOG for possible…

    Most embedded optical waveguide biosensors require low dielectric optical material. The prerequisites for such applications include the selection of an appropriate material and effective bio-functionalization. Spin-on glass (SOG) is one of the preferred polymers that can be easily deposited. Further, the chemical properties of the polymer make it amenable for bio-functionalization. This paper reports a detailed study of a protocol for immobilization of antibodies on SOG for possible immunobiosensor applications. The effect of silanization at different pH values on the number of free and usable amine sites was quantified by fluorimetry. Contact angle measurements, ellipsometry, AFM, and fluorescence microscopy was used for assessing the surface properties at various stages of preparation, functionalization and biomolecule immobilization.

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  • Surface modification and Biofunctionalization of HSQ film

    EMRS, Strasburg, France

    Hydrogen Silsesquioxane (HSQ) has been recognized as a potential candidate for low dielectric constant in VLSI technology applications. The use of HSQ as a biosensor sur-face has been limited by the fact that immobilization of biomolecules on HSQ surface has not yet been reported. Transformation of cage structure of HSQ into a network structure terminated with OH bonds was achieved by annealing the HSQ layer in nitrogen ambient. Density of the surface siloxane bonds (Si-OH) per molecule was…

    Hydrogen Silsesquioxane (HSQ) has been recognized as a potential candidate for low dielectric constant in VLSI technology applications. The use of HSQ as a biosensor sur-face has been limited by the fact that immobilization of biomolecules on HSQ surface has not yet been reported. Transformation of cage structure of HSQ into a network structure terminated with OH bonds was achieved by annealing the HSQ layer in nitrogen ambient. Density of the surface siloxane bonds (Si-OH) per molecule was further increased by cleaving Si-H bonds using sulphochromic solution treatments. The resultant surface was functionalized for biological applications via grafting of amine groups using aminosilanes (AEAPS). Surface modification using silanization process was investigated using contact angle measurement and Atomic Force Microscopy (AFM). Following this, the surface was incubated with human immunoglobulin (HIgG). The efficacy and uniformity of im-mobilization of HIgG was demonstrated by allowing FITC tagged goat anti-HIgG to react with the surface and observing under a fluorescence microscope.

    Other authors
    • M. Joshi
    • Seena V
    • R. Rao
    • S. Mukherji

  • Fabrication of GMRF Structure on Glass Substrates by Direct Electron Beam Lithography

    ECS Conference, Montreal, Canada

    Guided mode resonance filter (GMRF) devices have been used for optical communication, environmental monitoring and biosensing applications. These versatile devices are popular due to their spectral response and simplicity in structure. The spectral response of these devices critically depends on device physical parameters like grating period, fill factor, grating thickness, etc. Slight change in the dimensions of structure results in undesired behavior of device. This effect may be overcome by…

    Guided mode resonance filter (GMRF) devices have been used for optical communication, environmental monitoring and biosensing applications. These versatile devices are popular due to their spectral response and simplicity in structure. The spectral response of these devices critically depends on device physical parameters like grating period, fill factor, grating thickness, etc. Slight change in the dimensions of structure results in undesired behavior of device. This effect may be overcome by precise fabrication of sub-micron devices using minimum fabrication steps. This may be accomplished by high resolution electron beam lithography (EBL) for patterning of sub-micron features. Drawbacks of EBL, namely proximity effect and charging effect, can be overcome by optimizing the exposure parameters and using a conducting layer. Accordingly a GMRF device was fabricated using a simple fabrication process involving EBL. The process adopts a top conducting layer approach, and uses metal lift-off and dry etching. The fabricated structure on glass can be used as a mold for imprint lithography.

    Other authors
    • S. Mukherji

  • Photonic Crystal Based Biosensor with in-built Nanofluidics Channels

    ECS conference, Montreal

    A photonic crystal (PC-s) is essentially made of a periodic pattern of high and low refractive index materials on optically transparent substrate. Such a pattern acts as a waveguide as well as a grating layer and resonate the PC at a particular wavelength. The resonance wavelength depends on grating period, refractive indices of materials, grating thickness, and geometry of structure. A small change in the dimensions of the PC results in undesired behavior of the PC. Therefore, it is essential…

    A photonic crystal (PC-s) is essentially made of a periodic pattern of high and low refractive index materials on optically transparent substrate. Such a pattern acts as a waveguide as well as a grating layer and resonate the PC at a particular wavelength. The resonance wavelength depends on grating period, refractive indices of materials, grating thickness, and geometry of structure. A small change in the dimensions of the PC results in undesired behavior of the PC. Therefore, it is essential to fabricate such a device with minimal fabrication processes to minimize fabrication inaccuracy. In this paper, a systematic approach for the development of PC for biosensing application has been discussed. A novel approach has been proposed for the transportation of biomolecules using an in-built nanofluidic channel.

    Other authors
    • S. Mukherji
    • S. Mitra

  • Tunning of SOG film optical properties for biosensor application

    Under review- JVST-B

Patents

  • Integrated optical biosensor

    Filed US 2011006

    Integration of passive optical devices to improve the sensitivity of the Biosensor.

    Other inventors
    • S. Mitra

  • Effective polymeric Mach Zehnder Inteferometer for Biosensing application

    US 20100086

    The novel scheme for increase in sensitivity of MZI device

    Other inventors
    • S. Mitra
    • S. Bhattacharjee
    • T. Thundat

Projects

  • Detection and Classification of Cutaneous Viral Diseases

    In collaboration with Koita Centre for Digital Health - IIT Bombay (Dr. Kshitij Jadhav)

    Other creators

  • Point of Care Devices: Vitamin D testing and U.V. Exposure Tracking

    In collaboration with NeoDocs Healthcare Pvt Ltd., Mumbai

    Other creators

  • Skin Condition Detection Application

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    In collaboration with Chistats Labs Pvt. Ltd. Pune

    Other creators

  • Classifying Sleep Disorders using EEG signals

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    In collaboration with Agiliad Technologies Pvt Ltd., Pune

    Other creators

  • Pneumonia Classification Using Deep Learning

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    In collaboration with Koita Centre for Digital Health - IIT Bombay (Dr. Nirmal Punjabi)

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  • To Develop A Watermarking Technique For Medical Data

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    In collaboration with IITB & Dynasense Technologies Pvt. Ltd.

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  • Sepsis Prediction And Analysis

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    In collaboration with IITB & Dynasense Technologies Pvt. Ltd.

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  • Medical Diagnosis Chatbot

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    In collaboration with IITB & Dynasense Technologies Pvt. Ltd.

    Other creators

  • Precision Medicine in cancer using AI

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    In collaboration with J. J. Hospital

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  • Predictive Analysis on Polycystic Ovary Syndrome (PCOS)

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    In collaboration with Chistats Labs Pvt. Ltd., Pune

    Other creators

  • Skin diseases detection and remedial assistance using ML

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    In collaboration with IITB & Dynasense Technologies Pvt. Ltd.

    Other creators

  • Blood group Identification

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    Other creators

  • IoT based Saline Bottle

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  • Design and Development of POCT for early kidney disorder

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    Other creators

  • Design and development of point of care Device for blood Electrolyte Analysis

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    Other creators

  • Statistical Analysis of Road Accident Injuries and provide Technical Solution to avoid casualities

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    Other creators

  • ORTHOCAD A Pre-Operative Planning Software

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    Other creators

  • Point of Care Diagnostics

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    Other creators

  • Total knee replacement tensioner design

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    Other creators

  • Development of electronics for Biosensing

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    Other creators

  • Spectrometer for Biosensing

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    Other creators

  • Ambulatory Stress Level Device

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    Other creators

  • Syringe Pump

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  • Therapeutic optimization of heat using LASER

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  • Design, Optimization and Micro-fabrication of RF MEMS Switch for Communication Application

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    Design of Novel RF MEMS switch for high switching speed and electrostatic actuation. These two are inter-dependent parameters of RF MEMS switch. Design of switch compromises with either of the parameters, however, proper optimization of cantilever beam structure may resolve this problem at certain extend. Also simplified design and novelty in the fabrication process will definitely reduce overall cost of the device.

    See project

  • Application of Nano Materials

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    Other creators

  • Baby Incubator

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    Other creators

  • Drip rate Monitoring Unit

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    Other creators

  • Brain port vision & Balance device

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  • GUI in Matlab for Lithography in Micro Scale Devices

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    Project deals with generating an user interface to calculate various processes in Micro Fabrication.
    Provides various options for generating auto-reports and selecting 3D Photomasks. It is a study tool for undergrad students to learn MEMS process flow.

    Other creators
    See project

  • Multiparameter Incubator

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    Other creators

Honors & Awards

  • Editorial Member

    International Journal of Material Sciences and Engineering

    All are welcome to publish valuable contribution in the area of material science..

  • Editorial Board Member

    -

    International Journal of Nanotechnology and Applications (IJNA)

  • Board of studies Member

    BCUD Solapur University

  • Reviewer

    International Journal of Biomedical and Clinical Engineering (IJBCE)

  • Reviewer

    Biomedical Engineering Research (BER)

  • Reviewer

    SpringerOpen International Nano Letters

    Reviewer SpringerOpen International Nano Letters: http://www.inl-journal.com/

  • Guest Reviewer

    Open Journal of Applied Biosensor

    Journal reviewer of Open Journal of Applied Biosensor: http://www.scirp.org/journal/ojab

  • Active researcher in the area of Nano Science and Technology

    Department of Science and Technolgy, India

    Department of Science and Technology, India has acknowledge as a active researcher in the area of nano science & technology.
    Name displayed on the website of DST, Nano Mission as a Expert.

  • Editorial Member

    International Journal of Material Sciences and Engineering

    All are welcome to publish your valuable contribution.

Languages

  • English

    -

Organizations

  • Indian Society for Technical Education (ISTE)

    Life Memeber

    - Present

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