Training Locations
- Maavan Drone Academy – Chennai-Puzhal
- Maavan Drone Academy – Bangalore-BTM Layout
Course Duration- 90 Hours
Regular Batch: 12 Days
Week-End Batch: 6-8 Week-ends
Online Course: Self-paced Theory module + Flying Sessions
Syllabus - Master Diploma in UAV Engineering(MDUE) - 12 Days
DRONE PILOT LICENSE TRAINING PROGRAMME – ( AS PER DGCA GUIDELINES) | ||
1 | Regulations of DGCA, Civil Aviation Requirements (01 Class) |
Classification, Basic Air Regulations
Salient points, Do’s and Don’ts |
2 | Basic principles of flight (01 Class) |
Fundamentals of flight, Aerodynamics
Take-off, flight and landing, Manoeuvres, turns and circuit pattern |
3 | ATC procedures & Radio Telephony (01 Class) |
Understanding ATC operations, Airspace Structure and Airspace Restrictions with knowledge of No Drone Zones;
Communicating with ATC including Position and Altitude Reporting, Flight Planning Procedures, Collision avoidance, Radio Telephony (RT) techniques, Standard radio terminology and RT Phraseology |
4 | Fixed wing operations and aerodynamics (01 Class) |
Types of fixed wing drones, make, parts and terminology;
Operation and manoeuvres of fixed wing drones; Applications and operations |
5 | Advantages/disadvantages of multirotor (01 Class) |
Basic drone terminology, Types of drones, material used and size of drones, Motors and propellers, Electronic Speed Controller (ESC), flight controllers, Operation and Applications of drones, Basic drone terminology, Types of drones, material used and size of drones |
6 | Weather and meteorology (01 Class) |
The standard atmosphere, Measuring air pressure, Heat and temperature, Wind, Moisture, cloud formation; Met Terminal Aviation Routine Weather Report (METAR), The standard atmosphere, Measuring air pressure |
7 | Drone equipment maintenance (01 Class) |
Maintenance of drone, flight control box, ground station; Maintenance of ground equipment, batteries and payloads; Scheduled servicing, Repair of equipment, Fault finding and rectification; |
8 | Emergency identification and handling (01 Class) |
Loss of link, Fly-away(Straying), Loss of power Control surface failures |
9 | Payload, installation and utilization (01 Class) |
Types of payloads, Parts of payloads
Installation, Features of payloads, Utilization |
10 | Image and video interpretation (01 Class) |
Principles of observation, Interpretation of image/video, Analysis |
11 | Introduction to flight simulator (01 Class) |
Basic operating features of simulator, How to select different aircrafts and aerodromes, Demo flight |
12 | Flight simulator training (07 Class) |
Pre-flight checks and start-up, Preparation cum coordination for flight Take-off and flight stage, Approach and landing ,After flight checks |
13 | Practical lessons in Lab (01 Class) |
Assembling of drone, De-assembling, Integration of sub-sections/ modules, Integration of engine/propulsion system, Fault finding and rectification |
14 | Practical flying with instructor (01 Class) |
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15 | Practical flying – solo flying |
PART-2: FIXED WING DESIGN (Common For DPT & MDUE) |
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6 | DESIGN & FABRICATION OF FIXED WING | CM1201-Design of Fixedwing Model |
CM1202-Fabrication of Fixedwing Model | ||
CM1203-Flight Test Procedure | ||
CM1204-RC Flying – Fixed Wing | ||
CM1205-Repair And Maintenance |
PART-3: FIXEDWING AUTONOMOUS (Common for DPT, MDUE, MDAI & ADII) |
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7 | AUTONOMOUS FLYING FIXEDWING | MDAI1301-Introduction to Autopilot Boards(FW) |
MDAI1302-Autonomous Flying – Fixed Wing | ||
MDAI1303-Post Flight Review(FW) |
PART-4: SPECIALIZATION MODULES – RAPID-PROTOTYPING & PROGRAMMING |
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8 | DRONE PROGRAMMING | UAP1901-Introduction to Arduino |
UAP1902-Introduction to ARM Processing | ||
UAP1903-Programming & Interfacing of MEMS Sensors | ||
UAP1904-Project-1 Design of 2-Axis Gimbal | ||
UAP1905-Project-2 Implementation of 3Axis Flight Stabilizer | ||
UAP1906-Companion Computing & MAVLink Protocol | ||
T2 | WRITTEN EXAMINATION – II | Offline / Online Test |
Results & Certification | ||
RPTO = Remote Pilot Training Organisation |