Programs

They will gather knowledge on various aspects of viruses, including their structure, nature, and replication methods. This includes understanding how viruses breed infections, their epidemiology, and techniques for diagnosis and identification. They will also learn about the crucial role viruses play in the control, prevention, and treatment of viral diseases. Additionally, they will explore the significance of viruses in molecular and cellular biology. This comprehensive understanding will equip them to carry out educational, research, diagnostic, and other related services effectively.

Organic chemistry, a specialized field of study, plays a pivotal role in various industries. It trains experts in color chemistry, contributing to the development of vibrant pigments and dyes used in textiles and printing. In the medical field, organic chemists work on the synthesis of new drugs and the improvement of existing ones. The paper industry also benefits from organic chemistry through the creation of compounds that enhance the quality and durability of paper. Furthermore, the production of plastics, a ubiquitous material in modern life, relies heavily on the principles of organic chemistry. Lastly, organic chemists are instrumental in the petroleum industry, where they work on refining gasoline and developing more durable and efficient tires. Thus, organic chemistry’s impact is far-reaching, driving innovation and improvements in numerous sectors.

They will gather knowledge on various aspects of viruses, including their structure, nature, and replication methods. This includes understanding how viruses breed infections, their epidemiology, and techniques for diagnosis and identification. They will also learn about the crucial role viruses play in the control, prevention, and treatment of viral diseases. Additionally, they will explore the significance of viruses in molecular and cellular biology. This comprehensive understanding will equip them to carry out educational, research, diagnostic, and other related services effectively.

Environmental Health Engineering, also known as Environmental Engineering, is an applied science that concentrates on the intersection of health, humanity, and the environment. This field draws upon a broad spectrum of scientific disciplines, including engineering, physics, chemistry, and microbiology. Its primary objective is to create and maintain an environment that is conducive to human health and well-being. By applying scientific and engineering principles, environmental health engineers work to control and mitigate environmental hazards, thereby safeguarding public health. Their work spans various areas, from waste management and water treatment to air quality improvement and disease control, making a significant contribution to sustainable living and public health.

The field of "Geosciences" is a major branch within the realm of sedimentary sciences. It focuses on the study of sedimentary rocks and sediments, the methods and processes of their formation in various sedimentary environments and basins, dating back to the formation of the Earth. Sedimentary rocks and sediments make up more than 70% of the Earth's surface and play a crucial role in shaping the Earth and its natural resources. This discipline provides a comprehensive understanding of the Earth's geological history and the processes that have shaped its current state.