Paper I – Inorganic Chemistry – I

• Gain knowledge about atomic structure, periodic properties, and chemical bonding.

• Understand principles of acid-base theories and oxidation-reduction.

• Learn the fundamentals of transition elements and their properties.

Paper II – Organic Chemistry – I

• Understand structure, bonding, and stereochemistry.

• Learn about alkanes, alkenes, alkynes, and aromatic hydrocarbons.

• Apply mechanisms of organic reactions.

Paper III – Physical Chemistry – I

• Learn states of matter and behavior of real gases.

• Understand thermodynamics and chemical equilibrium.

• Gain problem-solving skills in physical chemistry.

Paper IV – General Chemistry

• Learn principles of qualitative analysis.

• Acquire laboratory skills in separation and identification of ions.

• Apply volumetric and gravimetric methods.

Paper V – Inorganic Chemistry – II

• Understand chemistry of p-block and d-block elements.

• Learn about coordination compounds and theories of bonding.

• Apply knowledge in structure and reactivity.

Paper VI – Organic Chemistry – II

• Study alcohols, phenols, ethers, aldehydes, ketones, and acids.

• Understand carboxylic acid derivatives.

• Apply mechanisms of name reactions.

Paper VII – Physical Chemistry – II

• Learn chemical kinetics and catalysis.

• Understand phase rule and solutions.

• Apply electrochemistry concepts.

Paper VIII – Practical Chemistry – I

• Develop laboratory skills in inorganic, organic, and physical chemistry.

• Perform qualitative and quantitative analysis.

• Interpret experimental data.

Paper IX – Inorganic Chemistry – III

• Learn transition metal chemistry, magnetic and spectral properties.

• Understand organometallics and bioinorganic chemistry.

• Apply bonding theories and applications.

Paper X – Organic Chemistry – III

• Study nitrogen compounds, heterocyclic chemistry.

• Learn carbohydrates, amino acids, and proteins.

• Understand synthetic methods.

Paper XI – Physical Chemistry – III

• Learn statistical thermodynamics, quantum chemistry, and spectroscopy.

• Apply principles to molecular structure.

• Understand photochemistry.

Paper XII – Practical Chemistry – II

• Gain advanced laboratory training in organic and inorganic chemistry.

• Apply analytical techniques.

• Improve interpretation of results.

Paper XIII – Inorganic Chemistry – IV

• Learn f-block elements and advanced coordination chemistry.

• Understand solid state and nanomaterials.

• Apply bioinorganic concepts.

Paper XIV – Organic Chemistry – IV

• Learn polymers, lipids, and nucleic acids.

• Understand synthetic strategies.

• Apply concepts to pharmaceutical chemistry.

Paper XV – Physical Chemistry – IV

• Understand advanced spectroscopy (NMR, IR, Raman, ESR).

• Learn surface chemistry and macromolecules.

• Apply statistical and quantum principles.

Paper XVI – Practical Chemistry – III

• Train in advanced instrumental methods.

• Apply UV-Vis, IR, and polarimetry.

• Interpret spectra and data.

Paper XVII – Inorganic Chemistry Special – I

• Learn advanced coordination and organometallic chemistry.

• Understand electronic spectra and magnetism.

• Apply to industrial and biological systems.

Paper XVIII – Organic Chemistry Special – I

• Study reaction mechanisms in depth.

• Learn stereochemistry and pericyclic reactions.

• Apply synthetic planning.

Paper XIX – Physical Chemistry Special – I

• Understand molecular spectroscopy in detail.

• Apply quantum mechanics to chemical systems.

• Learn statistical mechanics applications.

Paper XX – Practical Chemistry – IV

• Advanced laboratory projects.

• Independent analytical work.

• Integrate theoretical and experimental knowledge.