Weather and Meteorology:

This chapter delves into the crucial aspects of weather and meteorology relevant to drone operations. It covers the standard atmosphere, air pressure measurement, heat and temperature, wind patterns, moisture levels, cloud formation, icing effects on drones, the influence of the atmosphere on RPAS (Remotely Piloted Aircraft Systems) operations, and strategies for avoiding hazardous weather conditions. Additionally, it introduces the use of Met Terminal Aviation Routine Weather Reports (METAR) for informed decision-making.

Drone Equipment Maintenance:

This chapter focuses on the maintenance and care of drone equipment. It covers the maintenance of the drone itself, including flight control systems and ground stations, as well as the upkeep of ground equipment, batteries, and payloads. It discusses scheduled servicing, equipment repair, and techniques for identifying and rectifying faults to ensure the reliable and safe operation of drones.

Risk Assessment & Analysis - Safety Management / TEM:

This chapter addresses risk assessment and safety management in drone operations. It covers emergency handling procedures for drones, including scenarios such as the loss of C2-link (command and control link), fly-aways, loss of power, and other emergencies. It also explores control surface failures and human performance factors, including pilot incapacitation. The chapter highlights the importance of fail-safe features to mitigate risks effectively.

Payload, Installation and Utilization:

Here, you'll learn about drone payloads, including the types of payloads suitable for various missions and considerations regarding what to carry and what not to carry. It discusses the components of payloads, installation procedures, and their features. The chapter emphasizes the effective utilization of payloads to achieve mission objectives.

Intro to Drone Data & Analysis:

This chapter introduces the fundamentals of drone data and analysis. It covers principles of observation, elements of image and video interpretation, and an introduction to photogrammetry. It explores different types of image and video data, offering insights into their analysis and interpretation for informed decision-making.

Flight Simulator Training (Rotorcraft):

This section introduces flight simulator training for rotorcraft. It begins with an overview of flight simulation and simulator familiarization, followed by controls and pre-flight checks. Students will practice take-offs, cruising, approaches, go-arounds, landings, and post-flight checks. The curriculum also covers various flight maneuvers, including turns, climbs, descents, and circuit flying. Disorientation recovery, figure-eight flying, gimbal control, night flying, and emergency procedures are also included.

Flight Simulator Training (Simulatory Test) (Rotorcraft):

This section is dedicated to simulator testing for rotorcraft. It involves practical testing and evaluation of the skills acquired during simulator training sessions.

Basic Assembly & Maintenance (Rotorcraft):

Here, students learn the fundamental aspects of rotorcraft assembly and maintenance. It includes assembling and disassembling drones, integrating sub-sections and modules, managing engine and propulsion systems, fault identification and rectification, repair maintenance, and documentation procedures.

Flight Simulator Training (Hybrid):

This section introduces flight simulator training specific to hybrid drones. It covers simulator familiarization, controls checks, pre-flight procedures, take-offs, transitioning between airplane and rotorcraft modes, cruising, turns, climbs, descents, approaches, landings, hovering, and the control of pitch, roll, and yaw. Disorientation recovery, circuit flying, gimbal control, night flying, and emergency procedures are also part of the training.

Flight Simulator Training (Simulatory Test) (Hybrid):

This section focuses on simulator testing for hybrid drones. It involves practical testing and assessment of skills acquired during simulator training sessions.

Basic Assembly & Maintenance (Hybrid):

In this segment, students learn the essentials of assembling and maintaining hybrid drones. Topics include assembling and disassembling drones, integrating sub-sections and modules, managing engine and propulsion systems, identifying and rectifying faults, conducting repair maintenance, and documenting maintenance activities.

Practical Flying (Rotorcraft):

This section covers hands-on rotorcraft flying, starting with Digital Sky platform and safety briefings. It includes introductory flights, basic maneuvers, orientation, controls, progress checks, circuit patterns, and instrument flying. Night flying and emergency procedures are also part of the training.

Practical Flying (Hybrid):

This part focuses on hybrid drone operations, beginning with Digital Sky platform and safety briefings. It covers equipment setup, pre-flight checks, take-off, maneuvers, circuit patterns, control assessments, and handling emergencies. The training includes mission planning, instrument flying, night operations, and abnormal procedures.

Final Test (Multirotor):

This is the conclusive assessment for multirotor drone operations, evaluating students' skills in take-offs, maneuvers, landings, and emergency responses.

Final Test (Hybrid):

The ultimate test for hybrid drone operations assesses students' abilities in take-offs, controlled flight, landings, and emergency procedures.