The course is designed to provide students with a comprehensive understanding of the organic chemistry principles essential for pharmaceutical science. Through this course, students will delve into the intricate world of organic compounds, focusing on their synthesis, properties, 3D structures and applications in the pharmaceutical industry. The curriculum begins by exploring the fundamentals of aliphatic organic chemistry, covering topics such as functional group classification, physical and chemical properties, and synthesis methods. Students will gain proficiency in identifying and manipulating various aliphatic compounds, laying the groundwork for advanced pharmaceutical studies. In addition, the course delves into the complexities of aromatic chemistry, where students will learn about the unique properties and reactions of aromatic compounds. Emphasis will be placed on understanding aromaticity and its significance in drug design and synthesis. Furthermore, students will explore heterocyclic chemistry, uncovering the diverse structures and functionalities of heterocyclic compounds. Through this exploration, students will gain insight into the crucial role played by heterocycles in medicinal chemistry, drug discovery, and development. Throughout the course, practical applications will be emphasized, with hands-on laboratory sessions focusing on the synthesis, analysis, and characterization of organic compounds relevant to pharmaceutical science. By the end of the course, students will have acquired the knowledge and skills necessary to understand and manipulate organic molecules in the context of pharmaceutical research and development.