What you will learn?

Small RPC with Drones in Traffic and Disaster Management

Sr. No.	Subject	Duration
1	Stakeholders and their Laws, Drone Rules 2021	1:30 Hours
2	Basic Principles of Flight	1:00 Hours
3	ATC Procedures and Radio Telephony	1:15 Hours
4	Fixed wing Operations and Aerodynamics	1:15 Hours
5	Rotorcraft Operations and Aerodynamic	1:30 Hours
6	Hybrid Operations and Aerodynamics	0:30 Hours
7	Weather and Meteorology	1:15 Hours
8	Drone Equipment and maintenance	1:30 Hours
9	Risk Assessment and Analysis – Safety Management / TEM	1:30 Hours
10	Payload installation and utilization	1:15 Hours
11	Intro to Drone Data and Analysis	1:30 Hours

Sr. No.	Subject	Duration
Assesment	Theory Test - Final	0:40 Hours
Ex. 1, 2, 3	Introduction to flight simulator, simulator familiarization, control check, pre-flight checks, Take off, cruise.	0:30 Hours
Ex. 4, 5, 6	Approach, go-around and landing, post flight checks, Cruise and Turns, Climbing and Climbing Turns, Descend and Descending Turns	0:30 Hours
Ex. 7, 8	Disorientation and Recovery, Circuit Flying – Rectangle/ Square/ Circle / Orbit, Flying – Figure of 8	0:30 Hours
Ex. 9	Gimbal Controls (Pan, tilt and zoom	0:30 Hours
Ex. 10	Night flying	0:30 Hours
Ex. 11	Abnormal/ Emergency procedures	0:15 Hours
Ex. 12	Sim Test	0:15 Hours

Sr. No.	Subject	Duration
Ex. 1	Intro to Digital Sky platform	0:30 Hours
Ex.2	RPAS familiarization and Safety briefing	0:15 Hours
Ex.3	Introductory flight where the student experiences sensitivity of controls and learning the orientation of the RPA.	0:15 Hours
Ex.4	Takeoff, Climbing, descending and maintaining height.	0:15 Hours
Ex.5	Basic Controls: Pitch, Roll and Yaw	0:15 Hours
Ex.6	Flying in a disorientation scenario and to recovery from the same.	0:15 Hours
Ex.7	Progress Check – Multirotor	0:15 Hours
Ex.8	Level turns in both directions	0:15 Hours
Ex.9	Climbing and descending turns	0:15 Hours
Ex.10	Left and right square circuits patterns	0:15 Hours
Ex.11	Flying in circles	0:15 Hours
Ex.12	Flying in figure of 8	0:15 Hours
Ex.13	Mission Planning and Instrument Flying	0:15 Hours
Ex.14	Auto Mission and Flight	0:15 Hours
Ex.15	Night Flying	0:15 Hours
Ex.16	Abnormal/ Emergency procedures	0:15 Hours
Ex.17	Final Test – Multirotor	00:20 Hours

Sr. No.	Topic	Duration
1	Fundamentals of traffic management and public safety	04:00 Hours
2	Types of disasters: natural vs man-made
3	Role of technology in disaster management
4	Drone basics for surveillance and monitoring
5	Overview of drone types and payloads
6	DGCA regulations & emergency flight permissions

Sr. No.	Topic	Duration
1	Use cases: real-time traffic analysis, congestion mgmt	04:00 Hours
2	Urban & highway monitoring flight plans
3	Sensor selection for traffic management
4	Live mission planning scenarios
5	Manual vs autonomous patrol flights
6	Data collection & real-time video transmission

Sr. No.	Subject	Duration
1	Drones in floods, earthquakes, fire monitoring	04:00 Hours
2	Thermal imagery for survivor detection
3	Mapping disaster zones
4	Emergency response protocols
5	Coordination with authorities
6	Field simulation: rescue scenario

Sr. No.	Subject	Duration
1	Data capture: video, images, mapping	04:00 Hours
2	Image enhancement for surveillance
3	Software: Pix4D, QGIS, DroneDeploy
4	Situational maps & dashboards
5	Incident reporting

Sr. No.	Subject	Duration
1	Final project: live mission	04:00 Hours
2	Field deployment & data capture
3	Student presentations
4	Written & Practical assessment
5	Certification & feedback