Course - 6

Agriculture Drone Operations

Course - 6

Precision Farming & Agri-Tech

India's agricultural drone market is growing at over 10% CAGR through 2031. The PM Kisan Drone Scheme is deploying agri-drones nationally. The Namo Drone Didi initiative is creating an entirely new rural drone economy through women's Self-Help Groups. Agricultural drones cover 10–15 acres per hour, reduce chemical input costs by 20–30%, and save up to 90% water versus conventional spraying.

CATIA V5/V6

Aerospace-grade 3D CAD used by Boeing, Airbus and Dassault for advanced UAV design.

SOLIDWORKS 2024

Industry-standard parametric modeling for mechanical UAV frames and assemblies.

SOLIDWORKS Simulation

FEA, stress and modal analysis to validate real drone structures before flight.

Who It's For

Professional Photographers

Wedding and events photographers

Travel and documentary content creators

Who wants to produce aerial still images

Working CAD Engineers

Design Professionals

Course Curriculum

Module 1 — Precision Agriculture Fundamentals

✦ India's agri-drone revolution — PM Kisan Drone, Namo Drone Didi, Tamil Nadu agri policy
✦ Understanding crop cycles, pest behaviour, and intervention windows for drone operations
✦ Farm economics — how drone services reduce input costs and increase farmer income
✦ Drone-as-a-Service (DaaS) business models for agri-drone entrepreneurs

Module 2 — Agri-Drone Hardware Systems

✦ Agri-drone platforms — DJI AGRAS T40, XAG P100, Indian-manufactured UAVs
✦ Spray systems — nozzle types, droplet sizing, flow rates, and atomisation technology
✦ Payload management — liquid fertilisers, pesticides, herbicides, fungicides
✦ Tank filling, mixing ratios, and chemical safety protocols

Module 3 — Precision Spraying Operations

✦ Mission planning for agricultural fields — boundary mapping and flight path optimisation
✦ Variable rate application — adjusting spray volume by crop zone and density
✦ Safety exclusion zones — tree lines, water bodies, wind direction management
✦ Post-spray coverage analysis and application quality audit

Module 4 — Crop Monitoring & NDVI Analysis

✦ Multispectral drone systems for crop health imaging
✦ NDVI (Normalised Difference Vegetation Index) — reading and interpreting crop health maps
✦ Identifying nutrient deficiency, pest infestation, waterlogging, and growth stress from aerial data
✦ Generating farm advisory reports from drone data — a high-value premium service

Module 5 — Emerging Agri Applications

✦ Aerial seed broadcasting — paddy, reforestation, and cover cropping
✦ Nano-fertiliser drone application techniques
✦ PMFBY crop insurance survey — drone-assisted crop loss assessment
✦ Soil analysis data integration with aerial multispectral data

Module 6 — Agri-Drone Business Setup

✦ Starting an agri-drone service business — equipment, pricing models, and client acquisition
✦ Working with FPOs, cooperatives, and state agriculture departments
✦ Government scheme navigation — subsidies, empanelment, and DaaS model registration
✦ Building a repeat-client agri-drone service route across Tamil Nadu's farm districts

Career Outcomes

✦ Independent Agri-Drone Service Operator — strong earning potential per season
✦ Agri-Drone Operator at agri-tech companies and drone fleet operators
✦ FPO and Cooperative Drone Programme Manager
✦ Government Agri-Drone Scheme Operator — state and national empanelment
✦ Namo Drone Didi scheme participant — women's SHG drone entrepreneurship pathway