Advancement in the areas of bioenergy, bioremediation, synthetic biology, virtual cells, genomics, proteomics, bioinformatics and bio-nanotechnology have made biotechnology a very powerful discipline in today’s world.
Animal and plant biotechnology, genetic engineering, bioprocess engineering and immunology form core areas of concentration in this study programme. The course has been designed to accentuate on training in skills and processes that will enable our students to find ready employment across a spectrum of industries and laboratories.
Number of Seats
Eligibility Criteria
- Graduation in any area of Life Sciences with 60% in the aggregate and Chemistry as a subject. Those who have a background in Biochemistry at Bachelor’s Degree will have an advantage.
- Provisional Admission: Applicants who have not yet obtained their Bachelor’s Degree also may apply for admission. Such candidates would be offered provisional admission until they furnish evidence of fulfilling the eligibility criterion stated in (1) above within 3 months of the commencement of the programme.
Location
Tapesia Campus
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COURSE STRUCTURE
| Semester I |
| Biomolecules |
| Thermodynamics and Enzymology |
| Cell Biology and Genetics |
| Analytical Techniques for Biological Sciences |
| Biomolecules Lab |
| Analytical Techniques Lab |
| Thermodynamics and Enzymology Lab |
| Lab Cell Biology and Genetics Lab |
| Semester II |
| Computer Applications for Biosciences and Bioinformatics |
| Molecular Biology |
| Genetic Engineering |
| Basic Microbiology |
| Computer Applications for Biosciences and
Bioinformatics Lab
|
| Molecular Biology Lab |
| Genetic Engineering Lab |
| Basic Microbiology Lab |
| Semester III |
| Animal and Plant Biotechnology |
| Research Methodology and Biostatistics |
| Immunology |
| Bioprocess Engineering |
| Dissertation Phase I |
| Animal and Plant Biotechnology Lab |
| Immunology Lab |
| Bioprocess Engineering Lab |
| Semester IV |
| Advances in Biotechnology |
| Dissertation Phase II |
