What you will learn?

Medium RPC with Precision Agriculture Using Drones

Sr. No.	Subject	Duration
1	Stakeholders & their Laws, Drone Rules 2021	17:00 Hours
2	Basic Principles of Flight
3	ATC Procedures & Radio Telephony
4	Fixed wing Operations & Aerodynamics
5	Rotorcraft Operations & Aerodynamic
6	Hybrid Operations & Aerodynamics
7	Weather & Meteorology
8	Drone Equipment and maintenance
9	Risk Assessment & Analysis – Safety Management / TEM
10	Payload installation & utilization
11	Intro to Drone Data & Analysis
12	Final Test Theory

Sr. No.	Subject	Duration
1	Introduction to Flight Simulator	03:00 Hours
2	Sim familiarization
3	Pre-flight checks, Take off, Cruise
4	Approach. Go-around & Landing, Post-Flight Checks
5	Basic Assembly & Maintenance

Sr. No.	Subject	Duration
1	Intro to Digital Sky platform	4:15 Hours
2	RPAS familiarization & Safety briefing
3	Introductory flight (sensitivity of controls, orientation)
4	Take-off, Climbing, descending and maintaining height
5	Basic Controls: Pitch, Roll and Yaw
6	Disorientation & Recovery
7	Progress Check – Multirotor
8	Level turns in both directions
9	Climbing and descending turns
10	Left and right square circuits patterns
11	Flying in circles
12	Flying in figure of 8
13	Mission Planning & Instrument Flying
14	Auto Mission & Flight
15	Night Flying
16	Abnormal/ Emergency procedures
17	Final Test – Multirotor	00:20 Hours

Sr. No.	Subject	Duration
1	Safety: DGCA Rules and Regulations, Regulatory Overview	20:00 Hours
2	Fertilizers, Insecticides, Pests, Diseases
3	Fertilizers, Insecticides, Pests, Diseases
4	Nozzles, GPS/RTK, Terrain Following
5	Crops (Kharif, Rabi, Zaid), Crop Cycles
6	Spray Theory: Droplets, Swath, Drift Control
7	Optimal Altitude/Speed, Weather
8	Mission Planning (Simulations)
9	Loading & Managing Liquid Payloads
10	Flight Execution, Emergency Handling
11	Interfacing with Farmers / Agri Experts
12	Intro to AI/ML in Agriculture
13	NDVI, RGB, Multispectral Basics
14	Crop Health Monitoring (Computer Vision)
15	Processing Tools: Pix4D, DroneDeploy, Agisoft
16	Identifying Plant Stress, Pests, Diseases
17	Predictive Analytics & Yield Estimation
18	IoT Integration, AI Dashboards, DSS
19	Smart Spraying: VRA & Fleet Coordination
20	Final Test Theory

Sr. No.	Subject	Duration
1	Introduction to Flight Simulator	01:15 Hours
2	Sim familiarization, Controls check
3	Pre-flight checks, Take-off, Cruise
4	Approach, Go-around & Landing
5	Cruise & Turns, Climbing/Descending Turns
6	Night Flying
7	Abnormal / Emergency Procedures
8	Final Test
9	Cleaning of Tank	02:00 Hours
10	Nozzle Maintenance
11	Pump Maintenance
12	Flow Sensor Maintenance
13	Terrain Following & Obstacle Avoidance
14	Terrain Following & Obstacle Avoidance

Sr. No.	Subject	Duration
1	RPAS familiarization, Pre-flight checks & Safety Briefing	02:30 Hours
2	Intro Flight – Orientation & Sensitivity
3	Manual Take-off & Hovering
4	Auto Mission & Instrument Flying
5	NDVI / RGB Imaging Capture (AI Use Case)
6	Manual & Spot Spraying Simulation
7	AI-Based Object Detection Exercise
8	Lawnmower/Grid Pattern Flight (AI-Assisted
9	Emergency RTH Simulation
10	Battery, Propeller, Tank, Landing Gear Replacement