After successful completion of the three-year B.Sc. (Honours) degree program in Molecular Biology and Biotechnology, students should be able to achieve the following objectives/ outcomes:
Program Specific Outcomes (PSO):
Course Outcomes (CO):
CO1: Develop ideas on Biology and Biochemistry.
CO2: Understand and solve problems of Cell Biology, Biophysics and instrumentation.
CO3: Analyse molecular-genetic problems through statistical tools.
CO4: Comprehend Microbiology and Microbial genetics.
CO5: Appreciate the Immune system and its impact on health.
CO6: Explore the basic tools and techniques of recombinant DNA technology for manipulation of organisms at genetic level.
CO7: Have a thorough understanding of the applied aspects of advanced molecular biology and bioinformatics.
CO8: Be competent in applying biotechnology towards generating solutions to complex problems in Agriculture, Medicine, Environmental science and conservation of biodiversity.
CO9: Be fully sensitive about bioethics and biosafety issues associated with the development of genetically engineered products/ processes.
CO10: Conversed with patent laws and capable of preserving Intellectual property rights for novel innovations.
COURSE: Three years B.Sc. (H) in Molecular Biology and Biotechnology*
YEAR | PAPER | TOPIC (Marks) | ALLOTMENT |
1st (Marks 200) | PAPER I (75) | UNIT 1: BIOLOGY (50)
UNIT 2: BIOCHEMISTRY (25) | SC: topic 1, 2 RD: topic 3, 4
SM: topic 1 to 3 SMJ: topic 4 to 9 |
PAPER II (75) | UNIT 1: CELL BIOLOGY (50)
UNIT 2: BIOPHYSICS (25) | SC: topic 1,2,3,4 SMJ: topic 5 to 8
SM: All | |
PAPER III (Practical – 50) | Biochemistry, Biophysics, Cell Biology | SMJ, SM, SC | |
2nd (Marks 200) | PAPER IV (75) | UNIT 1: GENETICS –STATISTICS (40)
UNIT 2: BASIC MOLECULAR BIOLOGY (35) | SC: topic 1 to 5 + BioStat SMJ: topic 6 to 13
RD: topic 3, 4 SMJ: Rest |
PAPER V (75) | UNIT 1: MICROBIOLOGY (50)
UNIT 2: IMMUNOLOGY (25) | SM: topic 1 to 4, SMJ: topic 5 to 13 RD: topic 1 to 4, SMJ: topic 5, 6 | |
PAPER VI (Practical – 50) | Microbiology and Immunology, Genetics, Molecular Biology | SM, SC, SMJ | |
3rd (Marks 400) | PAPER VII (80) | UNIT 1: RECOMBINANT DNA TECHNOLOGY (50) UNIT 2: MICROBIAL BIOTECH (30) | SM: All SM: All |
PAPER VIII (80) | UNIT 1: ADV MOL. BIOL. (50)
UNIT 2: BIOINFORMATICS (30) | RD: topic 1, 2 SMJ: topic 3 to 7 RD: All | |
PAPER IX (80) | UNIT 1: AGRI. BIOTECH. (40)
UNIT 2: ANIM, MED, ENV BIOTECH. (40) | SM: 1, 2, 11; SMJ: 3, 4, 5, 10; SC: 6, 7, 8, 9
SC: ANIM + ENV RD: MED | |
PAPER X (Practical – 80) | RDT, Bioinfo | SMJ, RD | |
PAPER XI (Practical – 80) | Microbial biotech, Plant biotech, Env biotech, Animal biotech | Micro: SM, Plant: SM, SC, SMJ, Env: SM, Anim: SC | |
THEORY TOTAL = 540 | PRACTICAL TOTAL = 260 | GRAND TOTAL = 800 | |
Abbr: SMJ,Dr. Shashwata Mukherjee, SM, Smt. Swarnali Mondal; RD, Smt. Reeta Das; SC, Dr. Sandipan Chowdhury |
*Part I+II+III System