Table of Contents
CSIR NET Chemical Science Syllabus has been issued by the NTA on its official website. CSIR NET Chemical Sciences Syllabus covers topics like Inorganic Chemistry, Physical Chemistry, Organic Chemistry, and Interdisciplinary topics, etc. As the exam date for NTA CSIR NET June 2025 for the July Exam has been out, candidates must know about the NTA CSIR NET 2025 Chemical Science Syllabus and exam pattern. Before starting your preparation, you must acquaint yourself with the latest NET chemical science syllabus.
CSIR NET Chemical Science Syllabus 2025
CSIR NET Chemical Science Syllabus and the CSIR NET Notification PDF are available on the official website. Candidates who are interested in appearing for the NET Exam 2025 must be aware of the CSIR Chemical Science Syllabus thoroughly. The CSIR NET Chemical Science Syllabus is divided into smaller topics for the ease of understanding of the candidates. They must have an in-depth knowledge of the vastness of the NTA NET Chemical Science Syllabus.
CSIR NET Chemical Science Exam Pattern
The CSIR NET Chemical Science exam consists of a single paper divided into three parts: Part A (General Science and Aptitude, 20 questions), Part B (Core Chemical Science, 40 questions), and Part C (Advanced Chemical Science, 60 questions). The exam is an objective-type (MCQs), conducted for 180 minutes, with a maximum of 200 marks. Negative marking applies for incorrect answers in Parts A & B, while Part C may have partial marking. The exam is computer-based (CBT), and candidates must qualify for each section separately.
| Section | Topics | Questions | Marks |
|---|---|---|---|
| Part A | General Aptitude, Reasoning, Maths | 20 (Attempt 15) | 30 |
| Part B | Core Chemistry (Inorganic, Organic, Physical, etc.) | 40 (Attempt 35) | 70 |
| Part C | Advanced Chemistry & Application-based | 60 (Attempt 25) | 100 |
CSIR NET Chemistry Syllabus Section Wise
CSIR NET Chemical Science Syllabus is divided into three parts, i.e, A, B & C. Part A is the general part for all the posts, & Part B & C consist mainly of the subject concerned part. Some of the important topics are Enantioselectivity, Organic chemistry’s principles and Chiral auxiliaries, Nuclear reactions, fission, fusion, Enzyme kinetics, etc.
CSIR NET Chemical Science Syllabus for Part A
The candidate may access the CSIR NET Chemical Science General paper in the table below. The candidates must check out the topics to decipher the length and vastness of the NET Chemical Science Syllabus for the General Paper.
| CSIR NET Chemical Science Syllabus: Part A | |
|---|---|
| Graphical Analysis & Data Interpretation | Pie-Chart |
| Line & Bar Chart | |
| Graph | |
| Mode, Median, Mean | |
| Measures of Dispersion | |
| Table | |
| Reasoning | Puzzle |
| Series Formation | |
| Clock and Calendar | |
| Direction and Distance | |
| Coding and Decoding | |
| Ranking and Arrangement | |
| Numerical Ability | Geometry |
| Proportion and Variation | |
| Time and Work | |
| HCF and LCM | |
| Permutation and Combination | |
| Compound and Simple Interest | |
CSIR NET Chemistry Syllabus for Part B & C
Candidates have a look at Parts B and C of the CSIR NET Chemical Sciences Syllabus below. There is a negative marking of 25 % for each wrong answer.
|
CSIR NET Earth Science Syllabus: Part B & Part C |
|
| Organic Chemistry | |
| Commonly named reactions and rearrangements | Applications of organic synthesis. |
| Asymmetric synthesis | Resolution – optical and kinetic. |
| Determination of enantiomeric and diastereomeric excess | |
| Chiral auxiliaries | |
| Asymmetric induction methods– substrate, reagent, and catalyst-controlled reactions. | |
| Principles of stereochemistry | Configurational and conformational isomerism |
| Asymmetric induction | |
| Diastereoselectivity | |
| Stereogenicity | |
| Stereoselectivity | |
| Enantioselectivity | |
| Geography of India | |
| Determination of organic compounds | IR & UV-Vis |
| Mass spectroscopic methods | |
| Concepts in organic synthesis | Disconnection |
| synthons | |
| protecting groups | |
| linear and convergent synthesis | |
| Pericyclic reactions | Cycloaddition |
| Sigmatropic rearrangements, electrocyclization | |
| Other related concerted reactions. | |
| Organic chemistry’s principles and applications of photochemical reactions. | |
| Inorganic Chemistry | |
| Concepts of acids and bases | Non-aqueous solvents |
| hard-soft acid-base concept. | |
| Organometallic compounds | Bonding and structure |
| Bonding and structure | |
| Reactivity and synthesis. | |
| Organometallics in homogeneous catalysis. | |
| Bioinorganic chemistry | Porphyrins |
| Photosystems | |
| Oxygen transport | |
| Nitrogen fixation. | |
| Metal complexes in medicine | |
| Nuclear chemistry | Radio-analytical techniques |
| Activation analysis | |
| Nuclear reactions, fission, and fusion. | |
| Inner transition elements | Redox chemistry |
| Spectral and magnetic properties | |
| Analytical applications | |
| Chemical periodicity | Periodic table |
| Elements | |
| Groups | |
| Physical Chemistry | |
| Chemical applications | Group theory |
| Symmetry elements | |
| Character tables. | |
| Solid-state | Bragg’s law and applications |
| Band structure of solids | |
| Crystal structures. | |
| Polymer chemistry | Kinetics of polymerization |
| Molar masses. | |
| Colloids and Surfaces | Isotherms and surface area |
| heterogeneous catalysis | |
| Properties of colloids. | |
| Atomic structure | Spectroscopy |
| Antisymmetry principle | |
| Many-electron systems. | |
| Data analysis | Absolute and relative errors |
| Covariance and correlation coefficient | |
| Mean and standard deviation | |
| Principles of quantum mechanics | Operator algebra |
| Orbital and spin angular momenta | |
| Postulate | |
| Chemical kinetics | Complex reactions |
| Determination of reaction mechanisms | |
| Steady-state approximation | |
| Empirical rate laws and temperature dependence | |
| Enzyme kinetics | |
| Molecular spectroscopy | Basic principles of magnetic resonance |
| Electronic spectra | |
| Rotational and vibrational spectra of diatomic molecules. | |
| Approximate methods of quantum mechanics | Perturbation theory up to second order in energy |
| Variational principle and its applications. | |
| Elementary concepts of MO and VB theories | Hückel theory |
| Chemical bonding in diatomics. | |
| Electrochemistry | Includes topics such as Ionic equilibria |
| Conductometric and potentiometric titrations | |
| Debye-Huckel theory | |
| Interdisciplinary Topics | |
| CSIR NET Chemical Science Interdisciplinary Topics | Environmental chemistry |
| Supramolecular Chemistry | |
| Chemistry in nanoscience and technology | |
| Medicinal chemistry | |
| Catalysis and green chemistry | |
Download CSIR NET Chemical Science Syllabus 2025 PDF
CSIR NET is a single-paper test consisting of Multiple-Choice Questions (MCQs). The CSIR NET Chemical Science Syllabus PDF is important to keep as a document on your device to access or share with others at any time. The candidate may access the NTA NET Chemical Science Syllabus PDF from the link
CSIR NET Chemical Science Syllabus PDF
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