Maharashtra HSC Crop Science (Vocational) study plan
Maharashtra HSC Crop Science (Vocational) · Give each week a clear focus.
8 weeks · About 6 hours per week
Crop Production Practices and Agronomic Operations & Soil Science and Soil Fertility Management
List and sequence the major agronomic operations (land preparation, sowing, intercultivation, fertilizer application, harvesting) for at least five Maharashtra field crops
Explain how soil texture, structure, bulk density and water-holding capacity influence choice of tillage and sowing method
Distinguish primary from secondary tillage and match each implement to the soil condition it corrects
Define soil reaction (pH), cation exchange capacity and base saturation and state their practical effect on nutrient availability
Your checkpoint
A one-page crop-operation calendar table covering five crops with the matching tillage and soil-condition notes
Crop Production Practices and Agronomic Operations & Plant Nutrition, Manures and Fertilizers
Compute seed rate, plant population and spacing for a given plot area and germination percentage
Describe the essential plant nutrients, their deficiency symptoms on a leaf, and the mobility (mobile vs immobile) that explains where symptoms appear first
Compare straight, complex and mixed fertilizers by nutrient content and calculate a fertilizer dose split across basal and top-dress applications
Explain the role of organic manure, green manure and biofertilizers in maintaining soil organic carbon
Your checkpoint
A worked fertilizer-calculation sheet for one hectare of a chosen crop, including N, P2O5 and K2O split into basal and top-dress
Crop Protection: Weeds, Insect Pests and Diseases & Introduction to Crop Science and Crop Classification
Classify weeds by life cycle, morphology and habitat, and justify the critical period of crop-weed competition
Distinguish herbicide selectivity, mode of action and application timing, and state one rotation strategy to delay herbicide resistance
Identify the major insect pest groups by damage symptom (chewing, sucking, boring) and name integrated management options for each
Explain the disease triangle and classify crop diseases by causal agent and symptom type
Group crops by agronomic use, season and life cycle and place the main Maharashtra crops correctly
Your checkpoint
A pest, disease and weed identification chart with at least 15 entries, each giving symptom, causal agent or weed type, and one management option
Irrigation, Water Management and Drainage & Farm Machinery, Implements and Tools
Calculate irrigation water requirement from crop evapotranspiration, effective rainfall and irrigation efficiency
Compare surface, sprinkler and drip irrigation by application efficiency, suitability and cost, and state when each is preferred
Diagnose waterlogging and salinity problems and select a drainage method for each
Match farm machinery and implements to operations and estimate field capacity, field efficiency and power requirement
Perform routine maintenance checks and identify safety hazards on tractor-mounted implements
Your checkpoint
An irrigation and machinery plan for a two-hectare plot showing water requirement, chosen method, and the implements needed for each operation
Crop Protection: Weeds, Insect Pests and Diseases & Seed Technology and Planting Material
Apply integrated pest management in the correct sequence: cultural, mechanical, biological, chemical, with justified thresholds
Read a pesticide label for dose, dilution, waiting period and pre-harvest interval, and calculate spray volume for a given area
Explain seed quality attributes (genetic, physical, physiological, health) and the tests used to measure germination and purity
Describe seed production practices that maintain genetic purity, including isolation distance, roguing and seed certification classes
Outline seed treatment, priming and storage conditions that preserve viability
Your checkpoint
A crop protection and seed plan for one crop combining an IPM schedule with a seed-source, treatment and storage protocol
Post-Harvest Handling, Storage and Marketing & Entrepreneurship, Farm Management and Occupational Safety
Determine maturity indices and describe harvesting, threshing, cleaning, grading and packaging steps for a chosen crop
Explain storage losses, safe moisture content and storage structures, and list measures that prevent insect and fungal spoilage
Compare marketing channels, mandi and e-NAM style platforms, and calculate gross margin from yield, price and cost data
Prepare a simple farm budget and break-even calculation for a small enterprise
List occupational safety practices for pesticide handling, machinery operation and storage of hazardous inputs
Your checkpoint
A one-page post-harvest and marketing plan with a cost, revenue and break-even calculation plus a safety checklist
Soil Science and Soil Fertility Management & Plant Nutrition, Manures and Fertilizers & Seed Technology and Planting Material
Interpret a soil test report and convert its recommendations into a fertilizer and amendment programme
Explain soil erosion types and select suitable conservation measures for sloping and rainfed land
Resolve common nutrient deficiency and toxicity diagnoses from symptoms and soil test values
Answer seed technology questions on certification, testing and storage from memory without notes
Your checkpoint
A soil-test interpretation write-up that converts a sample report into a season-long nutrient and amendment plan
Introduction to Crop Science and Crop Classification & Crop Production Practices and Agronomic Operations & Irrigation, Water Management and Drainage & Crop Protection: Weeds, Insect Pests and Diseases & Farm Machinery, Implements and Tools & Post-Harvest Handling, Storage and Marketing & Entrepreneurship, Farm Management and Occupational Safety
Revise all ten domains using the earlier deliverables and a one-page summary sheet per domain
Complete two full timed mock tests and analyse every wrong answer by domain and error type
Re-drill weak domains identified in the mock analysis until accuracy exceeds 80 percent
Memorize key numbers: seed rates, spacing, irrigation efficiencies, waiting periods and fertilizer nutrient percentages
Your checkpoint
A weak-area log from the mock tests with a corrected answer and rule for every missed question
Milestones
Week 2: Can compute seed rate and a full fertilizer dose for an unfamiliar crop without reference material, and explain mobile versus immobile nutrient deficiency patterns
Week 4: Scores at least 70 percent on a self-made 30-question set drawn from domains 2, 3, 4 and 5, with all calculation questions correct
Week 6: Can name the causal agent or pest type, symptom and one management option for 12 of 15 entries on the identification chart without notes
Week 8: Scores at least 80 percent on two timed full-length mock tests and has a written correction for every missed question