This course covers the fundamentals of analytical chemistry, and discusses topics
such as SI Units, significant digits, precision, accuracy, errors, statistical
treatment, calibration graphs, and Origin for data analysis. Additionally, it
encompasses qualitative analysis techniques, safety protocols, titrimetric
analysis, and the principles and applications of chromatography

This course provides an overview of environmental planning, energy sources and its
conservation, impact assessment, chemical toxicology, water pollution and air
pollution. It also addresses soil composition, waste management, effluent treatment
methods, emphasizing the use of plants, animals, and microorganisms for pollution
control and waste recycling.

This course covers fundamental principles and applications in the realm of
molecular structure, behaviour, and interactions. This course deals with the basic
principles of quantum chemistry, spectroscopic techniques like rotational,
vibrational, electronic and NMR and group theory.

This course explores the chemical principles underlie alkanes, alkenes, alkynes,
and aromatic compounds. Additionally, it covers fundamental stereochemistry
concepts. The practical segment of the course focuses on some methods used in
organic qualitative analysis.

This course covers the basic principles and concepts of atoms, elements,
compounds, and fundamentals of organic chemistry. Students explore
atomic structure, electron displacements in organic chemistry, reactive
intermediates, and the periodic table to understand the foundation of
chemical interactions