This course provides an in-depth understanding of organic chemistry principles with direct relevance to pharmaceutical manufacturing. It covers the structural and electronic factors governing the reactivity and stability of organic molecules, providing the foundational knowledge required for the synthesis of drug compounds and highlighting structural properties affecting drug stability. Topics include resonance and delocalization, aromaticity, acidity and basicity, heterocyclic chemistry, functional group properties, enolate and organometallic reactions, and the chemical stability of pharmaceutical compounds. Through theoretical discussions and problem-based learning, students will develop the ability to relate organic chemical concepts to real-world pharmaceutical processes.