MCH   231 : Molecular Spectroscopy   course provides fundamental concepts of UV-Visible IR 1HNMR 13CNMR and Mass spectroscopy. Applications of these spectroscopic techniques to organic/inorganic systems have been discussed in detail.
MCH 232 : Inorganic Chemistry III   course gives a detailed view of reaction mechanism electron transfer mechanisms oxidative addition and insertion reactions  of transition metal complexes.
MCH 234 : Organic Chemistry III provides an in-depth overview of retrosynthetic analysis disconnection approach and green synthesis. These fundamental concepts used by organic chemists in designing the synthesis of target molecules in sectors such as pharmaceuticals agrochemicals and fine chemicals.
MCH 235 : Inorganic Chemistry IV   gives an insight into the chemistry of chains cages rings clusters. The photochemistry of inorganic compounds are covered in detail.
MCH 237 : Organic Chemistry IV  includes the concepts and applications in two important topics in advanced organic chemistry - concerted organic reactions and organic photochemistry. Different methods of analysis of pericyclic reactions to arrive at the Woodword-Hoffmann rules are discussed. This course will uncover all the major topics in pericyclic reactions and organic photochemistry.
MCE 201 : Environmental Chemistry an elective course describes the chemistry of earth atmosphere soil and water bodies. It also elaborates the adverse effect of industrial pollution and its possible prevention method.
MCE 202 : Polymer Chemistry and Technology an elective course on Polymer Science and Technology covers the synthesis and characterization of homopolymers and copolymers thermoplastic elastomers and certain advanced/speciality polymer systems. An insight into polymer processing techniques polymer degradation and recycling also forms part of this course.
MCH271 : Organic Chemistry Lab III includes extraction of organic compounds from natural products separation and analysis of  3 - component mixtures of simple organic compounds two or more step organic synthesis application of protection â€“deprotection strategy in organic synthesis identification of the synthesized compounds by TLC and IR and interpretation unknown IR 1HNMR and Mass spectra.
MCH273 : Inorganic Chemistry Lab III includes estimation of   various ions present in cement alloys and ores preparation identification and characterization of   different complexes interpretation of UV and IR spectra of the synthesized complexes.
MCH274 : Dissertation part A will be an independent research project work during the programme under the guidance of a faculty member of the department.  The evaluation will be based on submission of dissertation synopsis and a comprehensive viva voce at the end of the third semester.