Training@DBT- MIET

The department offers Summer and winter Training in multidisciplinary areas of biotechnology to both undergraduate, graduate and research students of science & engineering disciplines. The major thrust of the department includes Translational Biology, Stem Cell Research, Cancer Reserach, Nanobiotechnology, Nanotoxicology, Drosophila Biology, Plant biotechnology, Protein biophysics & Proteomics, Industrial biotechnology, Bioengineering & Bioinformatics, in addition to providing state of the art facilities in these core areas. The department also has in-house activities related to Nanoparticle synthesis and their in vitro and in vivo toxicological analysis, animal cell-culture facility for screening bioactive compounds with therapeutic applications and a plant tissue culture facility for mass multiplication.

The Department offers training to the external students throughout year.

  • The Department of Biotechnology, MIET, Meerut undertakes live research/ Project work at in the frontier areas of Biotechnology. Students can undertake any of the field, mentioned below, as per their requirement/ interest. Duration of the program can be from 07 Days to 6 Months.
  • For more information on these modules click on the subject
  • For more Information & Registration Click Here
  • We conduct live industry oriented research work in the following areas:

Students can work in any of the following areas:

Advance Bio-Analytical Technology*

      • Module 1 (Code: ABA E-1):
      • Module 2 (Code: ABA E-2):
      • Module 3 (Code: ABA E-3):

Advance Molecular Biology*

      • Module 1 (Code: AMB E-1):
      • Module 2 (Code: AMB E-2):
      • Module 3 (Code: AMB E-3):


      • Module 1 (Code: CBT A-1): Basic Learning of Computational Biology
      • Module 2 (Code: CBT A-2): Biological Data Analysis in R package (An Introduction)
      • Module 3 (Code: CBT A-3): Skill Development in MATLAB (An Introduction)

Environmental Biotechnology

      • Module 1 (Code: EB E-1): General laboratory practices, guidelines and environmental standards
      • Module 2 (Code: EB E-2): Sample storage, collection, preservation and analysis (pysico-chemical parameters)
      • Module 3 (Code: EB E-3): Sample storage, collection, preservation and analysis (pysico-chemical and biological parameters)

Enzyme Technology*

      • Module 1 (Code: ET E-1):
      • Module 2 (Code: ET E-2):
      • Module 3 (Code: ET E-3):

Food Technology*

      • Module 1 (Code: FT E-1):
      • Module 2 (Code: FT E-2):
      • Module 3 (Code: FT E-3):

Industrial Biotechnology

      • Module 1 (Code: IB E-1): Enzyme and Microbial Technology
      • Module 2 (Code: IB E-2): Bioprocess development (upstream to downstream)
      • Module 3 (Code: IB E-3): Protein engineering & protein function


      • Module 1 (Code: NB E-1): Drosophila: A genetics research model, basics approach (7 Days)
      • Module 2 (Code: NB E-2): Drosophila: A genetics research model, basics and molecular approach (15 Days)
      • Module 3 (Code: NB E-3): To explore the basic principle of genetics such as Medelian genetics using the model organism Drosophila melanogaster
      • Module 4 (Code: NB E-4): Nano-Biotechnology
      • Module 5 (Code: NB E-5): Study of Nanotoxicology on Drosophila species

Plant Cell & Tissue Culture

      • Module 1 (Code: PTC E-1): Basic Laboratory practices in Plant Tissue Culture
      • Module 2 (Code: PTC E-2): Skill development program in Plant Tissue Culture Technology
      • Module 3 (Code: PTC E-3): Job Oriented Advance Level Training Program in Plant Tissue Culture Technology

Translational Biotechnology

      • Module 1 (Code: ATC E-1): Basic Laboratory practices in Cell Culture and Tissue Engineering
      • Module 2 (Code: ATC E-2): Skill development in Translational Biotechnology (Cell Culture and Tissue Engineering)
      • Module 3 (Code: ATC E-3): Job Oriented Advance Level Training Program in Animal Cell & Tissue Culture Technology

* Modules will be updated soon