Chemistry

Name of the topic

Expected Learning Outcome

1. Atomic Structure and Periodicity of Elements

To understands the basic ideas of subject in all the discipline like configuration, structure

2. : Chemical Bonding and Molecular structure (A) Ionic Bonding

Learn about Chemical Bonding and Molecular structure (A) Ionic Bonding

3. Chemical Bonding and Molecular structure (B) Valence bond theory (VBT).

Learn about the VBT

4. Chemical Bonding and Molecular structure (C) Molecular orbital theory (MOT)

Learn about the MOT

Name of the topic

Expected Learning Outcome

1. Fundamentals of Organic Chemistry

Student learns basic ideas of organic reaction.

2. Stereochemistry

Learn basics of stereochemistry and explore chemistry of  aromatic

     compounds

3. Aromaticity

Understanding the concept of aromaticity

4. Cycloalkanes, cycloalkenes and alkadienes

Knowledge of  hydrocarbon and is derivatives 

Name of the topic

Expected Learning Outcome

1. Chemical Energetics

Study basic ideas of thermodynamics and thermochemistry

2. . Chemical Equilibrium:

Study the concepts of equilibrium and types of equilibrium 

3. Kinetic Theory of Gases

Student understand behavior of Gasses and study gases law

4. Chemical Kinetics

Student study rate of reaction and theories of reaction rates

Name of the topic

Expected Learning Outcome

1. Introduction to analytical Chemistry

Student study basic concepts of analytical chemistry and skill of analysis

2. Chromatography

Understand different chromatographic technique of separation

3. Theory of titrimetric Analysis

Study different types of titrations and selection proper indicators

4. Water Analysis

Study Physical and chemical parameters of water sample

5. Analysis of Fertilizers

Student will know to analyses nitrogen and phosphorus content in fertilizer.

Name of the Topics

Expected Learning Outcome

1 Electrolytic Conductivity

Learning and understanding conductivity and transport number of the aqueous solutions with different applications.

2 Physical Properties of Liquids

Knowledge about surface tension, viscosity and refractive index will be gained by the student

3 Surface Chemistry

Learning and understanding surface phenomena at heterogeneous surfaces

4 Nuclear Chemistry

Learning the various Nuclear phenomena and measurement of nuclear radiations

5 Chemical Kinetics

Learning and understanding the knowledge about third order reaction and theories of reaction rates

Name of the topic

Expected Learning Outcome

1.Basic concepts in Industrial Chemistry

a. Learning and Understanding basic concepts and concentration terms

b.  Distinguish between classical and industrial chemistry

 c. Distinguish between unit operations and unit processes

2. Unit Operations

Knowledge of some unit operations

3.Corrosion and Electroplating

Understanding the process of corrosion and Knowledge of prevention from corrosion

4.Paper Industry

Knowledge of Indian paper industry

5.Soap and Detergents

Knowledge about the chemical nature and cleansing action of soap

Name of the topic

Expected Learning Outcome

1.Co-ordination Chemistry

.Learning and Understanding basic concepts about coordination complexes

2. Chelation

Knowledge about application of chelates in analytical chemistry.

3. P- Block elements

Understanding the properties of P – block elements

4. Chemistry of elements of 3d series elements

Student will be capable of understanding the properties of 3d series elements

5 Inorganic semi-micro qualitative analysis

Student will learn the basic knowledge about the qualitative analysis of inorganic compounds

Name of the topic

Expected Learning Outcome

1.Carboxylic acids and their derivatives

To impart knowledge about the synthesis, reactivity and applications of carboxylic acids.

2.Amines and Diazonium Salts

. Knowledge about classification, preparation and applications of amines and diazonium salts

3.Carbohydrates

Understanding the classification, configuration and structure of carbohydrates.

4.Carbonyl Compounds- Aldehydes and Ketone

. Student will be capable of understanding the nomenclature and reactivity of aldehydes and ketones.

5.Stereochemistry

Student will learn the basic knowledge conformational analysis of organic compounds

Name of the topic

Expected Learning Outcome

1. Acids bases and Non-aqueous solvents

Useful for the study of role of acids and bases in Chemistry. The study of non –aqueous solvents is important to learn all chemical properties of solutes and from the research point of view.

2. Metal ligand bonding in transition metal complexes

Useful to understand geometry, stability and nature of bonding between metal ion and ligand in complexes

3. Metals, semiconductors and Superconductors

The topic deals with the synthesis and the applications of the semiconductors and Superconductors in electrical and electronic devices

4. Organometalic compounds

The structure, method of preparation and the applications of organo metallic compound in various fields are explained.

5. Catalysis

The classification, types, mechanism and applications of catalyst in industrial fields is explained.

Name of the topic

Expected Learning Outcome

1. Introduction to Spectroscopy

Understanding of energy associated with electromagnetic radiation and its use in analytical technique

. 2.UV-Vis Spectroscopy

Knowledge of chromophore, auxochrome and calculation of λmax.

. 3. IR Spectroscopy

Knowledge of vibrational transitions, regions of IR spectrum, functional group recognition

. 4.NMR Spectroscopy

Understanding of magnetic-non magnetic nuclei, shielding-deshielding, chemical shift, splitting pattern

5. Mass spectroscopy.

Knowledge of molecular ion, fragmentation pattern and different types of ions produced.

6. Combined Problems based on UV-Vis, IR, NMR and Mass Spectral data

Student will predict the structure of organic compound with the help of provided spectral data.

Name of the Topics

Expected Learning Outcome

1. Elementary quantum mechanics

Learning and understanding quantum Chemistry, Heisenberg’s uncertainty principle, concept of energy operators (Hamiltonian), learning of Schrodinger wave equation. Physical interpretation of the ψ and ψ2 . Particle in a one dimensional box

2. Spectroscopy

Knowledge about spectroscopy, Electromagnetic spectrum, Energy level diagram, Study of rotational spectra of diatomic molecules: Rigid rotor model, Microwave oven, vibrational spectra of diatomic molecules, simple Harmonic oscillator model, Raman spectra: Concept of polarizability, pure rotational and pure Vibrational Raman spectra of diatomic molecules, related knowledge will be gained by the students.

3. Photochemistry

Learning and understanding photochemical laws, reactions and various photochemical phenomena.

4. Solution

Learning the various types of solutions, relations vapour pressure, temperature relations.

5. Electromotive force

Learning and understanding the knowledge of emf measurements, types of electrodes, different types of cells, various applications of emf measurements

Name of the topic

Expected Learning Outcome

1.Theory of Gravimetric Analysis

Learning and understanding the techniques of gravimetric analysis.

2.Flame Photometry

Knowledge of instrumental analysis of alkali and alkaline earth elements

3.Colorimetry and Spectrophotometry

Understanding, working and applications of optical methods as an analytical tool.

4.Potentiometric titrations

Understanding theory and applications of potentiometric titrations.

5.Chromatographic techniques and Quality control

. Understanding the basics of ion exchange and column adsorption chromatography, Quality control practices in analytical industries / laboratories.

Name of the topic

Expected Learning Outcome

1.Coordination Chemistry

The topic focused on the mechanism of the reactions involved in inorganic complexes of transition metals. The students can understand the thermodynamic and kinetic aspects of metal complexes.

2.Nuclear Chemistry

The generation of nuclear power with the help of nuclear reactions is highlighted. Role of radio isotopes in medicinal, industrial and Archaeology fields is explained.

3.Chemistry of f-block

Elements The characteristics, properties and separation of lanthanides and Actinides are discussed. Synthesis and IUPAC Nomenclature of trans uranic elements (TU) explained.

4.Iron and Steel

The techniques involve in ore dressing and extraction of cast iron from its ore are discussed.

5.Bio –inorganic Chemistry

Role of various metals and non metals in our health are discussed

Name of the topic

Expected Learning Outcome

1. Reagents and Reactions in Organic Synthesis

Knowledge of reagents used in organic transformations and various reactions used in organic synthesis.

2.Retrosynthesis

Knowing basic terms used in retrosynthetic analysis, retrosynthesis of some organic compounds.

3.Electrophilic addition to >C=C< and −C≡C− bond

Student will learn addition reaction across >C=C< bond w.r.t. hydrohalogenation, hydration hydroxylation, ozonolysis and addition of halogen, halogen acid, hydrogen,water, etc. across −C≡C−bond

. 4.Natural Products

Knowledge of terpenoids and alkaloids w.r.t. occurrence, isolation, characteristics and classification. Analytical and synthetic evidences of Citral and Nicotine.

5.Pharmaceuticals

Understanding classification of drugs, Qualities of ideal drug. Synthesis and uses of some representative drugs and Drug action of sulpha drugs.

Name of the Topics

Expected Learning Outcome

1. Phase equilibria

Learning and understanding of phase rule, learning of One component, Two component and Three component systems phase diagrams with suitable examples.

2. Thermodynamics

Knowledge about basic concept of Thermodyanamics, free energy, Gibbs-Helmholtz equation and its applications, problem related with it.

3. Solid state chemistry

Learning and understanding Space lattice, lattice sites, Lattice planes, Unit cell. Laws of crystallography, Weiss indices and Miller indices, Cubic lattices and types of cubic lattice, planes or faces of a simple cubic system, Diffraction of Xrays, Derivation of Bragg’s equation. Determination of crystal structure by Bragg’s method. crystal structure of NaCl and KCl on the basis of Bragg’s equation.

4. Chemical kinetics

Learning of kinetics, Simultaneous reactions such as i)opposing reaction ii)side reaction iii)consecutive reactions: iv) chain reaction v) explosive reaction

5. Distribution law

Learning and understanding the knowledge of distribution law, its modifications, applications of distribution laws, process of extraction, determination of solubility, distribution indicators, molecular weights

Name of the topic

Expected Learning Outcome

1.Sugar Industry

Learning and understanding the whole process of manufacture of sugar and byproducts of sugar industry.

2.Manufacture of industrial heavy chemicals

Learning and understanding of physicochemical principles of production of ammonia, sulfuric acid, nitric acid and sodium carbonate along with its manufacturing plant.

3.Synthetic polymers

Understanding and learning the classification, synthesis and applications of various polymers.

4.Petroleum industry and eco-friendly fuels

Understanding the petroleum Industry, fuels and need of use of ecofriendly fuels.

5.Nanotechnology

Understanding and learning of nanotechnology including classification, optical properties, synthesis routes, characterization techniques and applications of nano-materials.