Approved By: UGC AICTE NAAC
Duration: 2 Years |
Eligibility: Graduation |
Course Detail
Semester – I |
BOT C511 Algae |
BOT C512 Fungi and Plant Pathology |
BOT C513 Genetics and Cytogenetics |
BOT C514 Plant Physiology |
BOT C515 Computer Programming in Botany and Ecology |
BOT C516 Theoretical Biology |
BOT C551 Botany Practicals I (Based on BOT C511, BOT C512 and BOT C513) |
BOT C552 Botany Practicals II (Based on BOT C514, BOT C515 and BOT C516) |
Semester – II |
BOT C521 Bryophytes and Pteridophytes 50 |
BOT C522 Diversity and Biology of Gymnosperms 50 |
BOT C523 General Microbiology 50 |
BOT C524 Cell Biology 50 |
BOT C525 Computer Applications and Databases 50 |
BOT C526 Ecological Modelling and Remote Sensing |
BOT C561 Botany Practicals I (Based on BOT C521,BOT C522 and BOT C523) |
BOT C562 Botany Practicals II (Based on BOT C524, BOT C525 and BOT C526) |
BOT C563 On Job Training or Assignment |
Semester – III |
BOT C611 Diversity and Biology of Angiosperms |
BOT C612 Developmental Botany |
BOT C613 Plant Molecular Biology |
BOT C614 Plant Breeding and IPR |
BOT C615 Plant Biochemistry |
BOT C616 Applied Botany |
BOT C651 Botany Practicals I (Based on BOT C611,BOT C612 and BOT C613) |
BOT C652 Botany Practicals II (Based on BOT C614,BOT C615 and BOT C616) |
BOT C653 Assignment |
Semester – IV |
BOT C621 Biogeography and Evolution |
BOT C622 Metabolism of Biomolecules |
BOT C623 Plant Tissue Culture and Biotechnology |
BOT C624 Analytical Techniques |
BOT C625 Plant Morphogenesis |
Optional Paper |
BOT C661 Botany Practicals I (Based on BOT C621,BOT C622 and BOT C623) |
BOT C662 Botany Practicals II (Based on BOT C624 and BOT C625) |
BOT C663 Seminar |
BOT C664 Field Study Satisfactory/Not Satisfactory |
BOT C665 Research Techniques |
Note:- @ In addition to the courses listed above, a candidate may be required to study additional optional course/s in Botany or other disciplines, as may be approved by the Board of Control. The marks obtained in such papers will be entered in the transcript but will not add to total marks obtained by the candidate for the award of the degree.
BOT C721 – Crop Breeding and Improvement |
BOT C722 – Plant Physiology and Metabolic Integration |
BOT C723 - Structure and Metabolism of Plant Hormones |
BOT C724 - Hazardous Chemicals |
BOT C725 - Immunology |