Dr. Sumitmishra Mishra

M.Sc, MPhil, PhD

Date of Joining: 18th August, 2004
  • C-1/13, Inner Campus, BIT Mesra,Ranchi
  • 8210629045
    |
    8210629045

Research Areas

  • Biomaterials and Material Research
  • Metal organic frameworks
  • Water remediation
  • Nutrient and drug release
  • adhesives
  • Engineering materials

Work Experience

  • Teaching: 22 Years
  • Research: 22 Years
  • Industry: 22 Years
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Academic Profile

Award and Honours
Award and Honours

8

Total Award and Honours
Project
Project

23

Total Project

Leadership & Institutional Service

Teaching & Mentorship

Award and Honours

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Invited talk at Kingston University, UK, International Invited talk, 2023

Student Outreach program, Dept of Chemistry, BIT Mesra, 2023

DST STUTI Program “Advanced Instrumental Techniques in Chemistry and Material Sciences (AITCMS22)” with IIT ISM Dhanbad, Training program 2022

Current Sponsored Projects

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  • 4. Principal Investigator of “Synthesis and characterization of thermo sensitive nano composites based modified agar and its applications”, Jharkhand Council of Science and Technology, 2017 (Sanctioned), Rs 5,00,000 JCST Sanction no. VP/Code 92/2016-24 da
  •   7. Principal Investigator of  SERB (Science & Engineering Board) project under CRG (Core research grant) scheme “Metal organic frameworks and sequential electrocoagulation for remediation of mining effluents”, 27,44,000 (SERB grant no.: CRG/2021/007402)
  • 4. Principal Investigator of AICTE project under RPS scheme, “Microwave Based Synthesis of Poly-2-hydroxyethylmethacrylate/Cinnamic acid grafted guar and its applications” (14,11,765 Rs). AICTE grant no.:8-207/RIFD/RPS/POLICY-1/2014-15 (project completed)
  • Pedagogy projects:

Intellectual Property Rights (IPR)

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  • A biopolymer-based hydrophobic adhesive and method of synthesis thereof Applicant: Birla Institute of Technology, Mesra, Ranchi Inventors: Sumit Mishra, Nisha Kumari; Status: filed, Application no. 202431002972 2. Synthesis of novel Zn based fluroscent MO

  • Synthesis of novel Zn based fluroscent MOF by self assembly

  • Lightweight biopolymer-based Co-MOF aerogel composite for environmental remediation.