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Dr. Sudheer Kumar K H

Associate Professor sudheerkh@bmsit.in


Qualification : M. Sc., Ph. D

Teaching Experience : 15 Years 10 Months 29 Days | Research Experience : 0

Industry Experience : 0

Specialization : Material science

Date of Joining : 02-07-2007



About me:
I Am Ambitious And Driven. I Thrive On Challenge And Constantly Set Goals For Myself, So I Have Something To Strive Towards. I Am Not Comfortable With Settling, And I Am Always Looking For An Opportunity To Do Better And Achieve Greatness. In My Previous Role, I Was Promoted Three Times In Less Than Two Years.
Skills

Achievements

Experience
Journal Publications
  • Title : Novel Orange-red Emitting Pr3+ Doped Ceo2 Nanopowders For White Light Emitting Diode Applications

    Publication Year : 2020

  • Title : Use Of Seroquel As An Effective Corrosion Inhibitor For Low Carbon Steel In 1 M Hcl

    Publication Year : 2019

  • Title : Biosynthesised Zno: Dy3+ Nanoparticles: Biodiesel Properties And Reusable Catalyst For N-formylation Of Aromatic Amines With Formic Acid

    Publication Year : 2018

  • Title : E. Tirucalliplant Latex Mediated Green Combustion Synthesis Of Zno Nanoparticles: Structure, Photoluminescence And Photo-catalytic Activities

    Publication Year : 2018

  • Title : Cytotoxicity, Antibacterial And Antifungal Activities Of Zno Nanoparticles Prepared By The Artocarpus Gomezianus Fruit Mediated Facile Green Combustion Method

    Publication Year : 2018

  • Title : Luminescence And Antibacterial Studies Of Silver Nanoparticles Using The Esterases-containing Latex Of E. Tirucalli Plant Via Green Route

    Publication Year : 2016

  • Title : Propellant Combustion Synthesis, Structural And Luminescence Studies

    Publication Year : 2014

  • Title : Comparison Of Structural And Luminescence Properties Of Dy2o3 Nanopowders Synthesized By Co-precipitation And Green Combustion Routes

    Publication Year : 2014

  • Title : Particle Size, Morphology And Color Tunable Zno:eu 3+ Nanophosphors Via Plant Latex Mediated Green Combustion Synthesis

    Publication Year : 2013


Projects