Biotechnology Engineering (BT) SyllabusIntroduction to Biotechnology- Definition of Biotechnology
- Historical perspective of Biotechnology
- Applications of Biotechnology in different fields
- Overview of Biotechnology tools and techniques
Cell Biology and Genetics- Cell structure and function
- Cell division and regulation
- Chromosomes and gene expression
- Principles of genetics
- Genetic engineering and manipulation
Biochemistry and Molecular Biology- Biomolecules and their properties
- Enzymes and their functions
- Metabolic pathways and regulation
- Nucleic acids and their structure
- DNA replication and transcription
- Protein synthesis and translation
Microbiology and Immunology- Microbial growth and metabolism
- Principles of microbial genetics
- Microbial diversity and classification
- Host-microbe interactions
- Immunology and immune system
Bioprocess Engineering- Bioreactor design and operation
- Fermentation technology
- Downstream processing and purification
- Scale-up and optimization of bioprocesses
Biomedical Engineering- Medical devices and instrumentation
- Biomaterials and their properties
- Tissue engineering and regenerative medicine
- Biomechanics and rehabilitation engineering
Environmental Biotechnology- Environmental pollution and its impact
- Bioremediation and biodegradation
- Waste management and recycling
- Sustainable biotechnology and green chemistry
Biotechnology and Ethics- Ethical and social issues in Biotechnology
- Intellectual property rights and patents
- Biosafety and biosecurity
- Regulatory and legal frameworks for Biotechnology
Conclusion- Overview of the field of Biotechnology
- Future prospects and challenges in Biotechnology
This syllabus for Biotechnology Engineering (BT) provides a comprehensive overview of the field, covering topics ranging from basic cell biology and genetics to advanced bioprocess engineering and biomedical applications. The course also includes discussions on the ethical and social implications of Biotechnology, as well as the regulatory and legal frameworks governing its use. Graduates of this program will be well-prepared for careers in a wide range of industries, including pharmaceuticals, biomanufacturing, medical devices, and environmental science.
This course is helpful for the following exams: Biotechnology Engineering (BT)