Bachelor of Science (B.Sc.) in Biotechnology, Biochemistry, Genetics (BBG)
Programme Details: BBG (Biotechnology, Biochemistry, Genetics)
This program comprises a triple major focusing on Biotechnology, Biochemistry and Genetics. The curriculum is extensive and aims to cultivate students with advanced critical, analytical, problem-solving, and research abilities to fulfil the elevated demands of biotechnology firms, research organizations, and academic institutions. At its core, the program is characterised by a multidisciplinary approach and the curriculum aims to enhance the skill sets of students through internships and value added courses in accordance with industry standards.
• Pass in P.U.C or any other examination recognized as equivalent by Bengaluru City University.
• Minimum of 50% marks for Karnataka Students and 60% marks for outside students (aggregate) in the qualifying examination Application for admission to college must be in the prescribed form.
| YEAR | I Year |
|---|---|
| Students from Karnataka Pre-University Board | 116,780 |
| Students from Other State Boards CBSE/AISSE/ISCE | 135,980 |
| NRI Students | 160,975 |
| Foreign Students | 165,385 |
| NOTE: | ||||
| 1. Students studying language Additional English should pay an additional fees of Rs.2000/- | ||||
| Students studying language French should pay an additional fee of Rs.5000/- | ||||
| 2. Kindly submit all the original documents (10th Standard Marks Card and 12th / II PUC Marks card, TC and Migration) along with 2 photocopies and 2 passport size photograph after the announcement of 12th/II PUC results. | ||||
| 3. Students belonging to SC / ST / CAT I, II A, II B, III A, III B should submit their Caste (valid for 5 years) / Income Certificate issued by the concerned authority along with 3 photocopies of the same. | ||||
| 4. Students belonging to Low Income Group [Rs.1,00,000/- and below Per Annum] should submit 3 photocopies of the Income Certificate. | ||||
| 5. In case the Government enhances the fees the same will be collected during the course of the year. | ||||
| 6. Fees once paid will not be refunded. | ||||
1. To equip students with a robust understanding of biotechnology fundamentals, encompassing molecular biology, genetic engineering, microbiology, and bioinformatics, along with their applications in diverse sectors such as healthcare, agriculture, and environmental science.
2. To motivate students to utilize biochemical knowledge in interdisciplinary fields such as medicine, agriculture, nutrition, and environmental science, and to employ biochemistry as a means of addressing global concerns.
3. To enhance students' expertise in laboratory methodologies employed in biochemistry, which includes protein purification, chromatography, spectroscopy, enzyme assays, and molecular biology procedures for the analysis of biological macromolecules.
4. To impart to students a comprehensive knowledge of the essential biochemical processes that regulate life, encompassing enzymology, metabolism, digestion, physiological processes and nutrition as well as their impact on health, disease, and biotechnology.
5. To furnish students with a comprehensive understanding of classical and contemporary genetics, encompassing molecular genetics, population genetics, genomics, and genetic engineering.
6. To enhance students' capacity to analyse intricate genetic data, interpret experimental outcomes, and employ bioinformatics methods for the assessment of genomic information, which are crucial for contemporary genetic research and applications.
1. Students will have a comprehensive understanding of the fundamental principles of biotechnology, encompassing molecular biology, genetic engineering, microbiology, and bioinformatics.
2. Students will possess a comprehensive understanding of essential biochemical principles, encompassing enzymology, metabolism, protein structure and function, and cellular signaling.
3. Students will possess practical knowledge in fundamental biochemical laboratory procedures, including chromatography, spectroscopy, protein purification and enzyme assays.
4. Students will exhibit an understanding of the ethical, legal, and societal implications of biotechnological advancements, such as genetic modification, cloning, and biosecurity.
5. Students will be able to integrate biochemistry with other scientific fields, such as molecular biology, pharmacology, and environmental science, to address problems in medicine, agriculture, and biotechnology.
6. Students will be equipped to utilise genetic knowledge across several domains, including medical genetics (e.g., genetic counselling, gene therapy), forensic genetics (e.g., DNA profiling), and agricultural genetics (e.g., crop enhancement, genetically modified organisms).
1. Pharmaceuticals
2. Biotechnology
3. Health sector
4. Food and Nutrition
5. Hospitals
6. Forensics
7. Environmental Science
8. Agriculture
9. Marine sciences
10. Cosmetics
11. Microbiology
12. Bioinformatics
13. Educational sector
14. Clinical research
15. Neuroscience
16. Medical coding
17. Biopharmaceutical Companies
18. Government research Institutions
19. Clinical Research Coordinators
20. Bioinformatics and data science
21. Food technologist
22. Gene therapy Specialist
23. Regulatory Affairs Specialists
24. Biotech Sales and Marketing experts
25. Environmental and Sustainability experts
26. Biotech Entrepreneurs
Certificates to be produced at the time of admission
1. Marks Cards (10th and 12th/PUC Original and one photocopy)
2. Transfer Certificate (Original and one photocopy)
3. Migration Certificate for students from other State boards/ISC/AISSC/CBSE (Original and one photocopy)
4. Conduct Certificate (Original and one photocopy)
5. Aadhar Card copy
6. Income Declaration signed by the Tahsildar for students whose parents’ annual income is ₹ 1,00,000 and below. (Three photocopies)
7. SC/ST/BT/OBC/Category Certificate (Three photocopies)