This department will increase the knowledge in biological systems at the molecular and cellular levels, and this knowledge will form the foundation for many scientific and  technological advancements. Numerous initiatives in biotechnology and bioinformatics are centered on healthcare, encompassing personalized medicine, genetic diagnostics, and medication development. Agriculture has significantly benefited from biotechnology, which has led to the creation of genetically engineered crops, pest-resistant plants, and superior livestock. These developments can lessen agriculture's adverse environmental effects while improving food security. The department will focus on biotechnological approaches to environmental problems, including sustainable resource management, the preservation of endangered species, and the bioremediation of contaminated areas. Biotechnology has extensive applications in industrial operations, such as the manufacturing of bio-based materials, medicines, and biofuels. The  department will help in making these procedures better and more eco-friendly. Bioinformatics is essential for handling and analyzing large volumes of biological data, such as those from structural  biology, proteomics, and genomics. The department will create and utilize computational tools and methods in these domains.