CSIR NET Syllabus -2022
CSIR-UGC NET Exam- 2022 Exam Pattern
| Exam Name |
CSIR UGC NET |
| Conducting Body | National Testing Agency (NTA) |
| Exam Purpose | For Junior Research Fellowship (JRF) & Lectureship (LR) |
| Mode of Examination | Computer Based Test (CBT) |
| Marking Pattern | Negative Marking for Wrong Answer |
| Question Sections | 3 Parts – Part A, Part B and Part C |
| Exam Duration | 3 Hours |
The CSIR NET Test consist of three parts. All the parts will consist of objective type, multiple choice questions. Paper A is compulsory for all candidates appearing in the exam while paper B and C is subject specific based on subjectwise syllabus. Here we provide you the CSIR NET syllabus of five subjects:
Part ‘A’ : shall be common to all five subjects. This part contain questions pertaining to General Aptitude with emphasis on logical reasoning, graphical analysis, analytical and numerical ability, quantitative comparison, series formation, puzzles etc.
Part ‘B’: shall contain subject related conventional type Multiple Choice questions (MCQs) in objective form, generally covering the topics given in the specific subjects.
Part ‘C’: The last part of this exam PART-C consist of higher order questions that may test the candidate’s knowledge of scientific concepts and their application. in this part the questions shall be of analytical in nature where a candidate is expected to apply scientific knowledge for solving the scientific problem.
CSIR NET Subject Wise Pattern of Question Papers & Marking Scheme for CSIR NET-2022
CSIR NET Exam Syllabus (Subject wise Syllabus)
Following are the CSIR NET Subject wise syllabus Topics of Five Subject.
| Subjects | CSIR NET Syllabus Topics |
| Chemical Sciences | Inorganic Chemistry Physical Chemistry Organic Chemistry Interdisciplinary Topics- Chemistry in Nanoscience and Technology Medicinal Chemistry Supramolecular Chemistry Environmental Chemistry Catalysis and Green Chemistry |
| Earth Sciences | The Earth and the Solar System Mineralogy and Petrology Signal Processing Climatology Interior of the Earth, Deformation and Tectonics Oceans and Atmosphere Numerical analysis and inversion Gravity and Magnetic fields of the earth General Circulation and Climate Modelling Electrical and Electromagnetic Methods Quaternary geologyAviation Meteorology Dynamic Meteorology Marine geology and Paleoceanography Palaeontology and Its Application |
| Life Sciences | Molecules and their Interaction Relevant to Biology Cellular Organization Fundamental Processes Cell Communication and Cell Signaling Developmental Biology System Physiology – Plant System Physiology – Animal Inheritance Biology Diversity of Life Forms Ecological Principles Evolution and Behavior Applied Biology Methods in Biology |
| Mathematical Sciences | Analysis Linear Algebra Complex Analysis Algebra Topology Ordinary Differential Equations (ODEs) Partial Differential Equations (PDEs) Numerical Analysis Calculus of Variations Linear Integral Equations Classical Mechanics Descriptive statistics Exploratory data analysis |
| Physical Science | PART ‘A’ CORE Topics Mathematical Methods of Physics Classical Mechanics Electromagnetic Theory Quantum Mechanics Thermodynamic and Statistical Physics Electronics and Experimental Methods PART ‘B’ ADVANCED Topics Mathematical Methods of Physics Classical Mechanics Electromagnetic Theory Quantum Mechanics Thermodynamic and Statistical Physics Electronics and Experimental Methods Atomic & Molecular Physics Condensed Matter Physics Nuclear and Particle Physics |
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