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CSIR Chemical Master Course

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Course overview

General

TRIAL TOPICS Access

Trial Inorganic Chemistry

1.1 Foundations of Periodic Classification
1.2 Coordination Compounds Structure and Nomenclature
1.3 Metal Carbonyl Complexes Structure and Bonding
1.4 Fundamentals of Nuclear Structure and Stability
Practice Test

Trial Organic Chemistry

2.1 Foundations of Reactive Intermediates
2.2 Configurational Isomerism of Acyclic Compounds
2.3 Electrophilic Addition to Alkenes and Alkynes
2.4 Cycloaddition Reactions Fundamentals
Practice Test 2

Trial Physical Chemistry

3.1 Fundamentals of Crystal Structure and Lattice Systems
3.2 Operator Algebra and Mathematical Framework
3.3 Huckel Molecular Orbital Theory and Foundations
3.4 Temperature and Pressure Dependence of Thermodynamic Quantities
Practice Test

A. Inorganic Chemistry

A1. Chemical Periodicity

01 Foundations Of Periodic Classification
02 Effective Nuclear Charge And Shielding
03 Atomic And Ionic Radii Trends
04 Ionization Energy And Electron Affinity
05 Electronegativity And Chemical Bonding Trends
06 Metallic And Nonmetallic Character
07 Diagonal Relationships In The Periodic Table
08 Anomalous Properties Of First Elements
09 Inert Pair Effect And Variable Oxidation States
10 Comprehensive Periodic Trends Integration

A2. Structure And Bonding

01 Foundations Of Chemical Bonding
02 Valence Bond Theory And Orbital Overlap
03 Hybridization And Molecular Architecture
04 Molecular Orbital Theory Homonuclear Molecules
05 Molecular Orbital Theory Heteronuclear Molecules
06 Vsepr Theory Principles And Basic Geometries
07 Vsepr Theory Molecules With Lone Pairs
08 Advanced Vsepr Applications And Special Cases
09 Molecular Geometry And Bond Parameters
10 Molecular Polarity And Dipole Moments
11 Special Bonding Cases And Electrondeficient Molecules
12 Walsh Diagrams And Geometry Changes
13 Integration And Problemsolving Strategies
14 Csir Examfocused Practice And Applications

A3 Concepts Of Acids And Bases

01 Foundations Of Acidbase Theories
02 Lewis Theory And Electronic Concepts
03 Introduction To Hsab Principle
04 Applications And Quantitative Aspects Of Hsab
05 Classification Of Nonaqueous Solvents
06 Solvent Properties And Acidbase Behavior
07 Specific Nonaqueous Solvent Systems
08 Acidbase Reactions In Nonaqueous Media
09 Integration Of Hsab And Solvent Effects
10 Applications And Problemsolving

A4 Main Group Elements And Their Compounds

01 Introduction To Main Group Chemistry And Allotropy
02 Group 13 Elements Boron Group
03 Group 14 Elements Carbon Group And Allotropy
04 Group 15 Elements Nitrogen And Phosphorus Group
05 Group 16 Elements Oxygen And Sulfur Group
06 Group 17 Elements Halogens
07 Group 18 Elements Noble Gases
08 General Synthesis Methods For Main Group Compounds
09 Structure And Bonding Theories In Main Group Chemistry
10 Industrial Applications And Economic Importance
11 Integration And Problemsolving

A5 Transition Elements And Coordination Compounds

01 Fundamentals Of Transition Elements
02 Coordination Compounds Structure And Nomenclature
03 Isomerism In Coordination Compounds
04 Valence Bond Theory And Crystal Field Theory
05 Ligand Field Theory And Molecular Orbital Theory
06 Magnetic Properties Of Coordination Compounds
07 Electronic Spectroscopy And Spectral Properties
08 Reaction Mechanisms Substitution Reactions
09 Electron Transfer Reactions And Photochemical Reactions

A6 Lanthanides And Actinides

01 Electronic Structure And General Properties Of Inner Transition Elements
02 Spectral Properties Of Inner Transition Elements
03 Magnetic Properties Of Inner Transition Elements
04 Redox Chemistry Of Inner Transition Elements
05 Analytical Applications Of Inner Transition Elements
06 Coordination Chemistry And Special Topics

A7 Organometallic Compounds

01 Fundamentals Of Organometallic Chemistry
02 Metal Carbonyl Complexes Structure And Bonding
03 Organometallic Complexes With Bonded Ligands
04 Organometallic Complexes With Bonded Ligands
05 Cyclopentadienyl And Arene Complexes
06 Metal Hydrides And Dihydrogen Complexes
07 Fundamental Organometallic Reactions Part I
08 Fundamental Organometallic Reactions Part Ii
09 Ligand Effects And Electronic Parameters
10 Introduction To Homogeneous Catalysis
11 Hydrogenation And Transfer Hydrogenation Catalysis
12 Hydroformylation And Carbonylation Reactions
13 Olefin Metathesis
14 Crosscoupling Reactions Part I
15 Crosscoupling Reactions Part Ii
16 Polymerization Catalysis
17 Ch Activation And Functionalization
18 Asymmetric Catalysis With Organometallic Complexes
19 Oxidation And Reduction Catalysis
20 Photocatalysis And Photoredox Chemistry
21 Bioinorganic Chemistry And Metalloenzymes
22 Emerging Areas In Organometallic Catalysis
23 Comprehensive Review And Integration

A8 Cages And Metal Clusters

01 Introduction To Cage Compounds And Cluster Chemistry
02 Borane Structures And Bonding
03 Wademingos Rules And Electron Counting
04 Carboranes And Heteroboranes
05 Metal Carbonyl Clusters
06 Electron Counting In Metal Clusters
07 Zintl Ions And Main Group Clusters
08 Mixed Metalmain Group Clusters
09 High Nuclearity And Supramolecular Clusters
10 Spectroscopy And Characterization Of Clusters
11 Reactivity And Catalytic Applications
12 Advanced Topics And Computational Approaches

A9 Analytical Chemistry

01 Introduction To Analytical Chemistry And Sample Preparation
02 Separation Techniques I Chromatographic Methods
03 Separation Techniques Ii Extraction And Classical Methods
04 Spectroscopic Methods I Uvvisible Spectroscopy
05 Spectroscopic Methods Ii Infrared And Raman Spectroscopy
06 Spectroscopic Methods Iii Nuclear Magnetic Resonance
07 Spectroscopic Methods Iv Atomic Spectroscopy
08 Spectroscopic Methods V Mass Spectrometry
09 Electroanalytical Methods I Potentiometry
10 Electroanalytical Methods Ii Voltammetry And Polarography
11 Electroanalytical Methods Iii Coulometry And Conductometry
12 Thermoanalytical Methods I Thermogravimetry
13 Thermoanalytical Methods Ii Differential Thermal Analysis And Calorimetry
14 Calibration Standardization And Quality Assurance
15 Integrated Analytical Strategies And Method Development

A10 Bioinorganic Chemistry

01 Foundations Of Bioinorganic Chemistry
02 Porphyrins And Tetrapyrrole Chemistry
03 Oxygen Transport And Storage
04 Electron Transfer Proteins And Reactions
05 Photosynthetic Systems And Light Harvesting
06 Metalloenzymes I Oxidases And Oxygenases
07 Metalloenzymes Ii Hydrolases And Carbon Dioxide Processing
08 Nitrogen Fixation
09 Metal Complexes In Medicine Therapeutic Applications
10 Metal Complexes In Medicine Diagnostics And Chelation Therapy
11 Advanced Topics And Integration

A11 Characterisation Of Inorganic Compounds

01 Foundational Concepts For Spectroscopic Characterization
02 Infrared Spectroscopy Of Inorganic Compounds
03 Raman Spectroscopy Of Inorganic Compounds
04 Electronic Spectroscopy Uvvisible Methods
05 Electron Paramagnetic Resonance Spectroscopy
06 Mssbauer Spectroscopy
07 Electron Spectroscopy Techniques
08 Microscopic Techniques For Inorganic Materials
09 Integrated Multitechnique Characterization Strategies
10 Advanced Topics And Emerging Techniques

A12 Nuclear Chemistry

01 Fundamentals Of Nuclear Structure And Stability
02 Radioactive Decay And Kinetics
03 Nuclear Reactions Fundamentals
04 Types And Mechanisms Of Nuclear Reactions
05 Nuclear Fission Principles And Mechanism
06 Chain Reactions And Critical Mass
07 Nuclear Fusion Principles And Processes
08 Controlled Fusion And Applications
09 Radiation Detection And Measurement
10 Radioanalytical Techniques Tracer Methods
11 Radioanalytical Techniques Advanced Methods
12 Activation Analysis Neutron Activation
13 Activation Analysis Techniques And Applications
14 Activation Analysis Other Activation Methods
15 Applications Of Nuclear Chemistry
16 Nuclear Safety And Waste Management

B Organic Chemistry

B1 IUPAC Nomenclature Of Organic Molecules

01 Foundations Of Iupac Nomenclature
02 Functional Group Nomenclature And Priority
03 Constitutional And Regioisomers
04 Stereoisomerism Fundamentals
05 Rs Nomenclature And Cahningoldprelog Rules
06 Geometric Isomerism And Ez Nomenclature
07 Diastereomers And Complex Stereochemistry
08 Advanced Nomenclature And Special Cases
09 Integration And Csir Exam Preparation

B2 Principles Of Stereochemistry

01 Fundamentals Of Stereochemistry And Molecular Representations
02 Configurational Isomerism In Acyclic Compounds
03 Configurational Isomerism In Cyclic Compounds
04 Conformational Analysis Of Acyclic Systems
05 Conformational Analysis Of Cyclic Systems
06 Stereogenicity And Stereogenic Elements
07 Principles Of Stereoselectivity
08 Enantioselectivity And Chiral Synthesis
09 Diastereoselectivity In Organic Reactions
10 Asymmetric Induction And Advanced Applications

B3 Aromaticity

01 Foundations Of Aromaticity
02 Benzenoid Aromatic Compounds
03 Nonbenzenoid Aromatic Compounds
04 Antiaromaticity And Nonaromaticity
05 Generation Of Benzenoid Aromatics
06 Generation Of Nonbenzenoid Aromatics
07 Electrophilic Aromatic Substitution
08 Nucleophilic Aromatic Substitution
09 Reactions Of Polycyclic Aromatic Hydrocarbons
10 Reactions Of Nonbenzenoid Aromatics
11 Spectroscopic Identification Of Aromatic Compounds
12 Advanced Topics And Applications

B4 Organic Reactive Intermediates

01 Foundations Of Reactive Intermediates
02 Carbocations Generation And Stability
03 Carbocations Reactivity And Rearrangements
04 Carbanions Generation And Stability
05 Carbanions Reactivity And Applications
06 Free Radicals Generation And Stability
07 Free Radicals Reactivity And Chain Reactions
08 Carbenes Generation Structure And Stability
09 Carbenes Reactivity And Reactions
10 Benzynes Generation And Characteristics
11 Benzynes Reactivity And Synthetic Applications
12 Nitrenes Generation Structure And Stability
13 Nitrenes Reactivity And Applications
14 Comparative Analysis And Mechanistic Principles
15 Practice Problems And Csir Exam Preparation

B5 Organic Reaction Mechanisms

01 Foundations Of Reaction Mechanisms And Intermediates
02 Nucleophilic Substitution Reactions Sn2 Mechanism
03 Nucleophilic Substitution Reactions Sn1 Mechanism
04 Elimination Reactions E2 Mechanism
05 Elimination Reactions E1 And E1Cb Mechanisms
06 Electrophilic Addition To Alkenes And Alkynes
07 Nucleophilic Addition To Carbonyl Compounds
08 Radical Substitution Reactions
09 Radical Addition Reactions
10 Determination Of Reaction Pathways Kinetic Methods
11 Determination Of Reaction Pathways Isotopic Labeling
12 Determination Of Reaction Pathways Stereochemical Methods
13 Determination Of Reaction Pathways Product Analysis And Trapping
14 Linear Free Energy Relationships And Structurereactivity
15 Advanced Topics Neighboring Group Participation And Anchimeric Assistance
16 Advanced Topics Solvent Effects And Ion Pairing
17 Comprehensive Mechanistic Problem Solving
18 Practice Problems And Csir Exam Preparation

B6 Common Named Reactions And Rearrangements

01 Introduction To Named Reactions And Rearrangements
02 Carboncarbon Bond Forming Reactions I
03 Carboncarbon Bond Forming Reactions Ii
04 Carboncarbon Bond Forming Reactions Iii
05 Oxidation Reactions
06 Reduction Reactions
07 Substitution And Elimination Named Reactions
08 Carbocation Rearrangements I
09 Carbocation Rearrangements Ii
10 Electrophilic And Nucleophilic Rearrangements
11 Ring Expansion And Contraction Rearrangements
12 Aromatic Rearrangements
13 Nitrogenbased Named Reactions
14 Heterocycle Synthesis Named Reactions
15 Multicomponent And Domino Reactions
16 Strategic Applications In Total Synthesis I
17 Strategic Applications In Total Synthesis Ii
18 Green Chemistry And Modern Variations
19 Problemsolving And Mechanism Prediction
20 Integration And Csir Exam Preparation

B7 Organic Transformations And Reagents

01 Introduction To Functional Group Transformations
02 Oxidation Reactions In Organic Chemistry
03 Reduction Reactions In Organic Chemistry
04 Organic Reagents In Synthesis
05 Inorganic Reagents And Oxidants
06 Organometallic Catalysis In Synthesis
07 Enzymatic Transformations
08 Chemoselectivity In Organic Reactions
09 Regioselectivity In Organic Transformations
10 Stereoselectivity And Diastereoselectivity
11 Enantioselectivity And Asymmetric Synthesis
12 Integration And Strategic Applications

B8 Concepts In Organic Synthesis

01 Foundations Of Retrosynthetic Analysis
02 Disconnection Strategies
03 Synthons And Synthetic Equivalents
04 Cc Bond Forming Reactions As Synthetic Equivalents
05 Linear Synthesis Strategies
06 Convergent Synthesis Strategies
07 Umpolung Of Reactivity
08 Protecting Group Strategies
09 Advanced Disconnection Patterns
10 Integration Of Synthetic Concepts
11 Functional Group Interconversions And Strategic Redox
12 Selectivity In Organic Synthesis
13 Practice Problems And Exam Strategies

B9 Asymmetric Synthesis

01 Fundamentals Of Stereochemistry And Chirality
02 Introduction To Asymmetric Synthesis
03 Chiral Auxiliaries In Asymmetric Synthesis
04 Substratecontrolled Asymmetric Induction
05 Reagentcontrolled Asymmetric Induction
06 Catalystcontrolled Asymmetric Induction
07 Quantification Of Stereoselectivity
08 Analytical Methods For Determining Stereochemical Purity
09 Enantiodiscrimination And Chiral Recognition
10 Resolution Of Racemates Classical Methods
11 Kinetic Resolution Methods
12 Integration And Advanced Topics

B10 Pericyclic Reactions

01 Foundations Of Molecular Orbital Theory And Symmetry
02 Woodwardhoffmann Rules And Orbital Correlation
03 Electrocyclic Reactions Theory And Mechanisms
04 Electrocyclic Reactions Examples And Applications
05 Cycloaddition Reactions Fundamentals
06 Dielsalder Reaction And 42 Cycloadditions
07 Other Cycloaddition Reactions
08 Sigmatropic Rearrangements Theory And Classification
09 33 Sigmatropic Rearrangements
10 Additional Sigmatropic Rearrangements And Complex Cases
11 Other Concerted Reactions And Related Processes
12 Comprehensive Problemsolving And Synthesis Applications
13 Special Topics And Advanced Concepts

B11 Synthesis And Reactivity Of Common Heterocyclic Compounds

01 Introduction To Heterocyclic Chemistry
02 Fivemembered Heterocycles With One Heteroatom Structure And Properties
03 Synthesis Of Fivemembered Heterocycles With One Heteroatom
04 Reactivity Of Fivemembered Heterocycles Electrophilic Substitution
05 Fivemembered Heterocycles With Two Heteroatoms
06 Sixmembered Heterocycles Pyridine Structure And Properties
07 Synthesis Of Pyridine And Its Derivatives
08 Reactivity Of Pyridine Electrophilic Substitution
09 Reactivity Of Pyridine Nucleophilic Substitution
10 Diazines Pyrimidine Pyrazine And Pyridazine
11 Quinoline And Isoquinoline Benzofused Pyridines
12 Indole Structure Synthesis And Reactivity
13 Heterocycles Containing Sulfur Thiazole And Benzothiazole
14 Oxygencontaining Heterocycles Furan Benzofuran And Chromone
15 Heteroatom Effects On Reactivity Comparative Analysis
16 Advanced Synthetic Strategies And Multistep Synthesis
17 Special Topics Metalcatalyzed Reactions And Modern Methods
18 Integration And Problemsolving

B12 Chemistry Of Natural Products

01 Introduction To Natural Products Chemistry
02 Stereochemistry And Conformational Analysis In Natural Products
03 Carbohydrates Part I Monosaccharides
04 Carbohydrates Part Ii Disaccharides And Polysaccharides
05 Amino Acids And Peptide Chemistry
06 Protein Structure And Peptide Synthesis
07 Fatty Acids And Lipid Chemistry
08 Nucleosides Nucleotides And Nucleic Acid Structure
09 Introduction To Terpenes And Isoprene Rule
10 Monoterpenes And Sesquiterpenes
11 Diterpenes Triterpenes And Tetraterpenes
12 Biogenesis Of Terpenoids Mevalonate Pathway
13 Biogenesis Of Terpenoids Mep Pathway And Cyclization
14 Steroid Chemistry Part I Structure And Nomenclature
15 Steroid Chemistry Part Ii Cholesterol And Bile Acids
16 Steroid Chemistry Part Iii Steroid Hormones
17 Introduction To Alkaloids And Classification
18 Pyrrolidine And Pyridine Alkaloids
19 Tropane Alkaloids
20 Isoquinoline Alkaloids
21 Indole Alkaloids
22 Quinoline And Purine Alkaloids
23 Biogenesis Of Alkaloids Part I Amino Acid Precursors
24 Biogenesis Of Alkaloids Part Ii Phenylalanine And Tyrosine Pathways
25 Biogenesis Of Alkaloids Part Iii Tryptophan And Other Pathways
26 Structural Elucidation Of Natural Products
27 Integration And Advanced Topics In Natural Products

B13 Structure Determination Of Organic Compounds

01 Introduction To Spectroscopy And Structure Determination
02 Infrared Ir Spectroscopy Principles And Theory
03 Ir Spectroscopy Functional Group Identification
04 Uvvisible Spectroscopy Theory And Chromophores
05 Uvvisible Spectroscopy Empirical Rules And Applications
06 Introduction To Nuclear Magnetic Resonance Nmr Spectroscopy
07 Proton 1H Nmr Spectroscopy Chemical Shift
08 Proton 1H Nmr Spectroscopy Integration And Peak Area
09 Proton 1H Nmr Spectroscopy Spinspin Coupling
10 Advanced Topics In 1H Nmr Spectroscopy
11 Carbon13 13C Nmr Spectroscopy Fundamentals
12 Carbon13 13C Nmr Spectroscopy Chemical Shifts
13 Dept And Other 13C Nmr Techniques
14 Mass Spectrometry Principles And Instrumentation
15 Isotope Patterns And Molecular Formula Determination
16 Fragmentation Patterns In Mass Spectrometry
17 Twodimensional Nmr Spectroscopy
18 Integrated Structure Elucidation Systematic Approach
19 Practice Problems Simple Structures
20 Practice Problems Intermediate Complexity
21 Practice Problems Advanced Structures
22 Csir Net Examfocused Problem Solving

C Physical Chemistry

C1 Basic Principles Of Quantum Mechanics

01 Foundations Of Quantum Mechanics
02 Operator Algebra And Mathematical Framework
03 Particleinabox Onedimensional Confinement
04 Particleinabox Higher Dimensions
05 Quantum Harmonic Oscillator
06 Hydrogen Atom Radial Solutions
07 Hydrogen Atom Angular Solutions And Spherical Harmonics
08 Complete Hydrogen Atom Wavefunctions
09 Shapes And Visualization Of Atomic Orbitals
10 Orbital Angular Momentum Theory
11 Spin Angular Momentum
12 Quantum Tunneling Phenomenon

C2 Approximate Methods Of Quantum Mechanics

01 Foundations Of Approximate Methods
02 Variational Principle Theory And Formalism
03 Rayleighritz Linear Variation Method
04 Applications Of Variational Principle
05 Timeindependent Perturbation Theory Nondegenerate Case
06 Degenerate Perturbation Theory
07 Applications I Atomic Systems In External Fields
08 Applications Ii Anharmonic Oscillator And Molecular Systems
09 Comparison And Integration Of Methods
10 Problemsolving And Csir Exam Preparation

C3 Atomic Structure And Spectroscopy

01 Quantum Mechanical Framework For Atoms
02 Hydrogen Atom And Oneelectron Systems
03 Angular Momentum Theory
04 Manyelectron Atoms And Antisymmetry
05 Electronic Configurations And Atomic Structure
06 Russellsaunders Term Symbols
07 Ground State Term Determination
08 Atomic Spectroscopy Fundamentals
09 Fine Structure And Spinorbit Coupling
10 Multielectron Correlation And Configuration Interaction
11 Complex Spectra And Multiplet Splitting
12 Integration And Problem Solving

C4 Chemical Bonding

01 Foundations Of Chemical Bonding And Atomic Orbitals
02 Introduction To Molecular Orbital Theory
03 Molecular Orbital Treatment Of Homonuclear Diatomics
04 Molecular Orbital Treatment Of Heteronuclear Diatomics
05 Valence Bond Theory Fundamentals
06 Hybridization And Molecular Geometry
07 Introduction To Electron Systems
08 Huckel Molecular Orbital Theory Foundations
09 Solving Huckel Equations Linear Systems
10 Huckel Theory For Cyclic Systems And Aromaticity
11 Advanced Applications Of Huckel Theory
12 Integration And Comparative Analysis

C5 Chemical Applications Of Group Theory

01 Foundation Symmetry Elements And Operations
02 Point Groups And Molecular Classification
03 Matrix Representations And Group Theory Mathematics
04 Character Tables Structure And Interpretation
05 Vibrational Spectroscopy And Symmetry
06 Electronic Spectroscopy And Selection Rules
07 Molecular Orbital Theory And Bonding Applications
08 Advanced Applications And Crystal Field Theory

C6 Molecular Spectroscopy

01 Foundations Of Molecular Spectroscopy
02 Rotational Spectroscopy Of Diatomic Molecules
03 Vibrational Spectroscopy Of Diatomic Molecules
04 Rotationvibration Coupling And Combined Spectra
05 Electronic Spectroscopy And Electronic Transitions
06 Infrared Spectroscopy And Ir Activity
07 Raman Spectroscopy And Raman Activity
08 Comprehensive Selection Rules In Molecular Spectroscopy
09 Basic Principles Of Nuclear Magnetic Resonance
10 Basic Principles Of Electron Spin Resonance
11 Integration And Applications Of Molecular Spectroscopy

C7 Equilibrium Chemical Thermodynamics

01 Foundations Of Thermodynamics And The Zeroth And First Laws
02 Thermodynamic Processes And State Functions
03 The Second Law Of Thermodynamics And Entropy
04 Thermodynamic Potentials And Maxwell Relations
05 Spontaneity Equilibrium And The Third Law
06 Temperature And Pressure Dependence Of Thermodynamic Quantities
07 Le Chatelier Principle And Chemical Equilibrium
08 Phase Transitions And Phase Diagrams
09 Phase Equilibria And The Gibbs Phase Rule
10 Thermodynamics Of Ideal Gases
11 Thermodynamics Of Real Nonideal Gases
12 Thermodynamics Of Ideal Solutions
13 Thermodynamics Of Nonideal Solutions
14 Integration And Problemsolving In Chemical Thermodynamics

C8 Statistical Thermodynamics

01 Foundations Of Statistical Thermodynamics
02 Partition Functions Theory And Formulation
03 Translational Partition Function
04 Rotational Partition Function
05 Vibrational Partition Function
06 Electronic Partition Function
07 Thermodynamic Properties From Partition Functions
08 Kinetic Theory Of Gases Foundations
09 Maxwellboltzmann Velocity Distribution
10 Transport Properties From Kinetic Theory
11 Model System I Ideal Monatomic Gas
12 Model System Ii Ideal Diatomic Gas
13 Model System Iii Polyatomic Molecules
14 Model System Iv Twolevel Systems And Paramagnets
15 Model System V Harmonic Oscillator Systems
16 Advanced Topics Real Gas Corrections And Nonideal Systems
17 Quantum Statistics Fermidirac And Boseeinstein
18 Integration And Problemsolving Practice

C9 Electrochemistry

01 Fundamentals Of Redox Chemistry And Electrochemical Principles
02 Electrode Potentials And The Nernst Equation
03 Electrolytic Conductance And Transport Properties
04 Kohlrauschs Law And Applications
05 Debyehuckel Theory And Ionic Interactions
06 Ionic Equilibria In Aqueous Solutions
07 Conductometric Titrations
08 Potentiometric Titrations
09 Integration And Advanced Applications

C10 Chemical Kinetics

01 Fundamentals Of Rate Laws And Empirical Kinetics
02 Temperature Dependence And Activation Energy
03 Complex Reaction Mechanisms
04 Steady State Approximation And Preequilibrium
05 Determination Of Reaction Mechanisms
06 Collision Theory Of Reaction Rates
07 Transition State Theory And Activated Complex
08 Unimolecular Reactions And Lindemann Theory
09 Enzyme Kinetics And Biological Catalysis
10 Salt Effects On Reaction Rates
11 Homogeneous Catalysis
12 Photochemical Reactions And Photophysics

C11 Colloids And Surfaces

01 Introduction To Colloidal Systems
02 Optical And Kinetic Properties Of Colloids
03 Electrical Properties And Electrokinetic Phenomena
04 Stability Of Colloidal Systems
05 Coagulation And Flocculation
06 Surface Tension And Surface Energy
07 Adsorption At Surfaces And Interfaces
08 Langmuir Adsorption Isotherm
09 Freundlich And Other Empirical Isotherms
10 Bet Theory And Multilayer Adsorption
11 Surface Area Measurement Techniques
12 Introduction To Heterogeneous Catalysis
13 Mechanisms Of Heterogeneous Catalytic Reactions
14 Kinetics Of Heterogeneous Catalytic Reactions
15 Catalyst Deactivation And Regeneration
16 Industrial Applications Of Heterogeneous Catalysis
17 Surfactants And Micelle Formation
18 Integration And Advanced Topics

C12 Solid State

01 Fundamentals Of Crystal Structures And Lattice Systems
02 Xray Crystallography And Braggs Law
03 Symmetry Operations And Point Groups In Crystals
04 Electronic Band Structure Of Solids
05 Imperfections And Defects In Crystalline Solids

C13 Polymer Chemistry

01 Fundamentals Of Polymer Molar Mass
02 Statistical Averages Of Molar Mass
03 Polydispersity And Molar Mass Distributions
04 Experimental Determination Of Molar Mass
05 Introduction To Polymerization Kinetics
06 Stepgrowth Polymerization Kinetics
07 Chaingrowth Polymerization Kinetics
08 Free Radical Polymerization Kinetics
09 Ionic Polymerization Kinetics
10 Copolymerization Kinetics
11 Advanced Topics And Problem Solving
12 Csir Examfocused Review And Practice

C14 Data Analysis

01 Foundations Of Descriptive Statistics
02 Error Analysis And Uncertainty Quantification
03 Bivariate Relationships And Covariance
04 Linear Regression Modeling
05 Confidence Intervals And Prediction Intervals
06 Integrated Data Analysis Applications

D Unit & Pratice Tests

D1 Inorganic Chemistry Unit Test

Unit 01 Chemical Periodicity
Unit 02 Structure And Bonding
Unit 03 Concepts Of Acids And Bases
Unit 04 Main Group Elements And Their Compounds
Unit 05 Transition Elements And Coordination Compounds
Unit 06 Lanthanides And Actinides
Unit 07 Organometallic Compounds
Unit 08 Cages And Metal Clusters
Unit 09 Analytical Chemistry
Unit 10 Bioinorganic Chemistry
Unit 11 Characterization Of Inorganic Compounds
Unit 12 Nuclear Chemistry

D2 Organic Chemistry Unit Test

Unit 01 (copy)

D3 Physical Chemistry Unit Test

D4 Full Syllabus Test

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Enrolment fee: INR 6500.00

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CSIR Chemical Sciences Master Course

INR 6500.00

CSIR Chemical Sciences Master Course

Chemical Sciences

CSIR Chemical Master Course

AVAILABLE PURCHASE OPTIONS

3 DAYS TRIAL Access (test before subscribe)

6 MONTS SUBSCRIPTION ACCESS

ai assistance AT GLANCE

get 2200+ study notes

32000+ practice mcqs with explanations

unit tests from our exclusive question bank

Course Summary

CSIR Chemical Sciences Master class — Get 2200+ notes and 32000+ MCQs

Fresh notes and questions derived from standard textbooks

Complete CSIR Syllabus organized into 2200+ micro-lessons as learning prompts/questions
Read most accurate Exam-Ready concise notes from trained AI system
Reinforce your learning from AI-Curated 32000+ practice MCQs at CSIR Part-B and Part-C level difficulty
Take unit and full-syllabus test from our tailor made 36000+ question bank
Experience our Certainty Based evaluation of unit and full syllabus test to know your strong and weak areas
Track your exam performance from the competency mapped Grade book

Outcomes

Master concepts quickly with high‑yield summaries.
Build exam readiness through tiered practice and timed mocks.
Target weak areas using analytics‑driven revision.

SUBSCRIBE NOW to unlock the full course and start focused, measurable preparation.

6-Month Master Learning Course

Why should you take this course

2200+ study notes. Generate and practice 32000+ MCQs with study plan tuned with the entire chemical sciences syllabus decoded into micro‑lessons.

Teacher: Tutor Administrator

6 MONTHS Access

Cost: INR 6,500.00

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CSIR Chemical Sciences Master CourseChemical Sciences

Course summary

CSIR Chemical Master Course

AVAILABLE PURCHASE OPTIONS

ai assistance AT GLANCE

Course Summary

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6-Month Master Learning Course

Why should you take this course

Course overview

Information

Enrolment fee: INR 6500.00

Enrolment options

CSIR Chemical Sciences Master Course

CSIR Chemical Sciences Master Course

CSIR Chemical Master Course

AVAILABLE PURCHASE OPTIONS

ai assistance AT GLANCE

Course Summary

Outcomes

6-Month Master Learning Course

Why should you take this course

6 MONTHS Access

3 DAYS Trial Access

CSIR Chemical Sciences Master Course
Chemical Sciences