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ICAR AIEEA PG 2026 Preparation
Comprehensive preparation course for ICAR AIEEA PG entrance exam with expert mentors, structured curriculum, and futuristic learning experience.
Total Topics • Comprehensive curriculum
Expert Mentors • Industry professionals
Study Hours • Estimated completion time
Success Rate • ICAR AIEEA qualification
Seven core modules designed by industry experts to ensure complete preparation for ICAR AIEEA PG entrance examination.
S. No | Date | Topics | Mentor | Status |
---|---|---|---|---|
1 | - | History of Genetics & Cytogenetics | Hari Sir | - |
2 | - | Theories of Evolution + Evolutionary Genetics | Hari Sir | - |
3 | - | Cell-Ultrastructure | Hari Sir | - |
4 | - | Mendelism | Hari Sir | - |
5 | - | Application of Mendel Laws + Testing of Genetic Hypothesis | Hari Sir | - |
6 | - | Gene Symbols + Extension of Mendelism | Hari Sir | - |
7 | - | Chromosome Structure & Function | Hari Sir | - |
8 | - | Cell Division | Hari Sir | - |
9 | - | Regulation of Cell cycle | Hari Sir | - |
10 | - | Chromosomal Aberrations: Structural | Hari Sir | - |
11 | - | Chromosomal Aberrations: Numerical | Hari Sir | - |
12 | - | Physical Basis of Heredity | Hari Sir | - |
13 | - | Environmental Effects on the Development of Characters | Hari Sir | - |
14 | - | Recombination in Fungi and Bacteria | Hari Sir | - |
15 | - | Inheritance of Quantitative Traits | Hari Sir | - |
16 | - | Linkage and Crossing over | Hari Sir | - |
17 | - | Sex Determination | Hari Sir | - |
18 | - | Cytoplasmic inheritance & Maternal effect | Hari Sir | - |
19 | - | Multiple Alleles | Hari Sir | - |
20 | - | Mutation & its Detection | Hari Sir | - |
21 | - | Detection of Mutation in Plants + Gene Editing | Hari Sir | - |
22 | - | Gene Interaction: Epistasis | Hari Sir | - |
23 | - | Genetic Material | Hari Sir | - |
24 | - | Molecular techniques in Genetics | Hari Sir | - |
25 | - | Molecular techniques in Genetics | Hari Sir | - |
26 | - | Recombinant DNA Technology | Hari Sir | - |
27 | - | Organization & Packaging of Genetic Material | Hari Sir | - |
28 | - | Gene Action I. Genes, Biochemical Reactions and Proteins | Hari Sir | - |
29 | - | Transcription | Hari Sir | - |
30 | - | Cell-Ultrastructure | Hari Sir | - |
31 | - | Genetic Code | Hari Sir | - |
32 | - | Translation | Hari Sir | - |
33 | - | Regulation of Gene Action-Prokaryotes | Hari Sir | - |
34 | - | Regulation of Eukaryotic Gene Action | Hari Sir | - |
35 | - | Transposable Elements | Hari Sir | - |
36 | - | Population Genetics | Hari Sir | - |
II. PLANT BREEDING | ||||
1 | - | Introduction to Plant Breeding | Roopa Ma'am | - |
2 | - | Domestication and Germplasm Conservation | Roopa Ma'am | - |
3 | - | Plant Introduction | Roopa Ma'am | - |
4 | - | Modes of reproduction | Roopa Ma'am | - |
5 | - | Self-Incompatibility & Apomixis | Roopa Ma'am | - |
6 | - | Male sterility | Roopa Ma'am | - |
7 | - | Qualitative and Quantitative Characters | Teja Sir | - |
8 | - | Biometrical Techniques in Plant Breeding | Satya Sir | - |
9 | - | Breeding methods Self-pollinated crops | Teja Sir | - |
10 | - | Breeding methods Cross-pollinated crops | Teja Sir | - |
11 | - | Heterosis breeding | Teja Sir | - |
12 | - | Recurrent selection | Teja Sir | - |
13 | - | Synthetics and Composites | Teja Sir | - |
14 | - | Clonal Selection & Hybridization | Teja Sir | - |
15 | - | Stress Breeding - Drought Resistance | Satya Sir | - |
16 | - | Stress breeding - Salinity Resistance | Satya Sir | - |
17 | - | Stress Breeding - Mineral stress Resistance | Satya Sir | - |
18 | - | Stress Breeding - Heat Stress Resistance | Satya Sir | - |
19 | - | Stress Breeding - Cold and Freeze stress Resistance | Satya Sir | - |
20 | - | Stress Breeding - Disease & Insect Resistance | Satya Sir | - |
21 | - | Ideotype Concept in crop Improvement | Teja Sir | - |
22 | - | Breeding for Quality: Protein and Oil | Teja Sir | - |
23 | - | Mutation & Polyploidy breeding | Teja Sir | - |
24 | - | Distant Hybridization in Plant Breeding | Teja Sir | - |
25 | - | Biotechnology in Crop Improvement | Teja Sir | - |
26 | - | Introduction to Markers | Teja Sir | - |
27 | - | Intellectual Property Rights | Teja Sir | - |
III. PLANT PATHOLOGY | ||||
1 | 4 Oct | Introduction | Parul Ma'am | - |
2 | 5-6, Oct | History of Plant Diseases | Parul Ma'am | - |
3 | 12-13, Oct | Introduction to different Plant Pathogens | Parul Ma'am | - |
4 | - | Pathogenesis | Parul Ma'am | - |
5 | - | Survival and dispersal of Plant Pathogens | Parul Ma'am | - |
6 | - | Infection phenomenon, Disease cycle | Parul Ma'am | - |
7 | - | Epidemiology | Parul Ma'am | - |
8 | - | Role of enzymes, toxins and growth regulators in Plant Pathogenesis | Parul Ma'am | - |
9 | - | Defense mechanism in host | Parul Ma'am | - |
10 | - | Genetics of Plant Pathology | Parul Ma'am | - |
11 | - | Effect of infection on host | Parul Ma'am | - |
12 | - | Assessment of disease incidence, severity and loss | Parul Ma'am | - |
13 | - | Disease management | Parul Ma'am | - |
14 | - | Phanerogamic parasites and nutritional deficiency | Parul Ma'am | - |
15 | - | Detection and Diagnosis of Plant Pathogens | Parul Ma'am | - |
16 | - | Plant Mycology | Parul Ma'am | - |
17 | - | Plant Virology | Parul Ma'am | - |
18 | - | Plant Bacteriology | Parul Ma'am | - |
19 | - | Phytopathological techniques | Parul Ma'am | - |
20 | - | Molecular Plant Pathology | Parul Ma'am | - |
21 | - | Miscellaneous Plant Pathology | Parul Ma'am | - |
22 | - | Diseases of Rice | Parul Ma'am | - |
23 | - | Diseases of Sorghum and Barley | Parul Ma'am | - |
24 | - | Diseases of Wheat and Oats | Parul Ma'am | - |
25 | - | Diseases of Maize and Bajra | Parul Ma'am | - |
26 | - | Diseases of Cotton and Sugarcane | Parul Ma'am | - |
27 | - | Diseases of Tobacco and Ragi | Parul Ma'am | - |
28 | - | Diseases of Mustard and Soyabean | Parul Ma'am | - |
29 | - | Diseases of Sunflower and Safflower | Parul Ma'am | - |
30 | - | Diseases of Pulses | Parul Ma'am | - |
31 | - | Diseases of Oilseeds | Parul Ma'am | - |
32 | - | Diseases of Vegetables | Parul Ma'am | - |
33 | - | Diseases of Fruits | Parul Ma'am | - |
34 | - | Diseases of Plantation and flowering crops | Parul Ma'am | - |
IV. AGRI MICROBIOLOGY | ||||
1 | - | History of Microbiology | Ujwal Sir | - |
2 | - | Bacteria, Virus & Fungi | Ujwal Sir | - |
3 | - | Microscopy | Ujwal Sir | - |
4 | - | Food Microbiology | Ujwal Sir | - |
5 | - | Industrial Microbiology | Ujwal Sir | - |
6 | - | Mycorrhiza & Lichens | Ujwal Sir | - |
7 | - | Recombination in Bacteria & Virus | Ujwal Sir | - |
8 | - | Recombination in Fungi & Tetrad Analysis | Ujwal Sir | - |
9 | - | Lab techniques | Ujwal Sir | - |
10 | - | Stains and Staining techniques | Ujwal Sir | - |
11 | - | Nutrition, Microbial growth and its control | Ujwal Sir | - |
12 | - | Soil and Water microbiology | Ujwal Sir | - |
13 | - | Biofertilizers and Biopesticides | Ujwal Sir | - |
14 | - | Nitrogen Fixation | Ujwal Sir | - |
V. SEED SCIENCE AND TECHNOLOGY | ||||
1 | - | Floral Biology | Hari Sir | - |
2 | - | Seed physiology | Hari Sir | - |
3 | - | Seed legislation and quality control | Hari Sir | - |
4 | - | Plant variety development and protection | Hari Sir | - |
5 | - | Seed certification | Hari Sir | - |
6 | - | Seed production | Hari Sir | - |
7 | - | Seed Processing | Hari Sir | - |
8 | - | Seed testing | Hari Sir | - |
VI. Miscellaneous Topics |
Proven methodology and futuristic guidance for your ICAR AIEEA PG success
Curriculum aligned with ICAR AIEEA syllabus & exam patterns.
Learn from experienced faculty & industry professionals.
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