introduces the basic principles of physical, organic and inorganic chemistry, including atomic structure, chemical bonding, organic reaction mechanism, and periodic table. The course aims to build a strong conceptual foundation and analytical skills essential for higher studies in chemical sciences.
Introduces the fundamental concepts of isomerism in organic compounds, chemistry in everyday life, natural products, and bioinorganic chemistry. The course provides a foundation for understanding the chemistry of carbon-based molecules and their applications in science and everyday life.
introduces the fundamental principles governing the structure, reactivity, and mechanisms of organic molecules. The course provides a strong conceptual foundation in stereochemistry, reaction intermediates, and modern organic transformations essential for advanced studies and research in chemistry.
Iintroduces advanced concepts in chemical kinetics, thermodynamics, statistical thermodynamics and photochemistry, with emphasis on their theoretical foundations and practical applications. The course develops analytical and problem-solving skills essential for understanding physicochemical phenomena in modern chemical research.
This course provides hands-on training in fundamental organic chemistry laboratory techniques, including separation of organic components present in the given binary mixture using appropriate separation methods and analyzing the separated components using standard procedures. Students will develop practical skills in experimental design, safe laboratory practices, and interpretation of analytical results relevant to modern organic chemistry.