| Target Audience | This primarily applies to individuals who are currently engaged in or intend to engage in drone inspection, maintenance, and renovation work, including but not limited to drone pilots, technical engineers, and maintenance personnel. | Professionals and entrepreneurs in the field of agricultural and forestry plant protection and cargo transport using drones: low barriers to entry, easy to get started, quick to master, and attractive earnings. | I am interested in working on smart city drone stations, as well as drone inspection work for urban management, land resources, water resources, and power systems. |
| Training Objectives | To equip trainees with the basic knowledge and skills required for drone inspection, maintenance, and refurbishment, and to enable them to proficiently operate and repair drone equipment of various types and specifications, thereby ensuring the proper functioning of such equipment. | Through this training, participants will become proficient in using drones for agricultural pest control and cargo transport operations, developing into professionals with comprehensive skills in both pest control and cargo transport. | Through training in theory, practical skills, and real-world applications, we cultivate professionals with specialized, practical skills in drone inspection. |
| Training Content | (1) Fundamental Theory: Basic theories related to aviation, UAV structure and components, electronic components, hydraulic transmission, and materials science.(2) Basic Skills: Composition of UAV systems, structure of multirotor UAVs, materials and structures of flight platforms (plastics, carbon fiber), composition of UAV power systems (motors, ESCs, propellers, power batteries), flight control principles of multirotor UAVs, and design of multirotor UAVs.(3) Assembly, Adjustment, and Maintenance: Application of UAV tools (calipers, soldering irons, digital multimeters); basic skills related to the three major components of UAVs (power batteries, remote controllers, flight controllers); quadcopters; calibration; and testing. | (1) Basic Theory: Basic theory of UAVs, general knowledge, regulations and policies, safe flight manuals, etc.(2) Basic Skills: UAV airspace applications, air traffic control communications, system check procedures, flight procedure coordination, and ground station operation; classification and system composition of crop protection UAVs, implementation of crop protection plans, basics of pesticides, pesticide application standards, pest, disease, and weed control, and maintenance and upkeep of crop protection UAVs, etc.(3) Flight Training: Simulator flight training, ground station operation and flight path planning, takeoff and landing training, use of charging equipment and batteries, safe operation and management of UAV systems, installation and use of UAV payload equipment, flight path planning, route flight, fixed-point takeoff and landing, and comprehensive crop protection UAV operations, etc.(4) Practical Training: On-site instruction in farmland and forestry areas, including practical flight and crop protection application training, to enhance trainees’ practical drone operation skills. Lifting Operations: Hands-on lifting exercises in multiple scenarios, lifting system configuration, and real-world flight path planning. | (1) Basic Theory: Basic drone theory, general knowledge, regulations and policies, safety flight manuals, etc.(2) Basic Skills: UAV airspace applications, air traffic control communications, system check procedures, flight procedure coordination, operation of UAVs and ground stations, precision imaging and inspection procedures, infrared imaging and inspection procedures, LiDAR operations and inspection procedures, AI data comparison and operations, etc.(3) Flight Training: Simulator flight training; ground station operation and flight path planning; takeoff and landing training; use of charging equipment and batteries; safe operation and management of UAV systems; installation and use of UAV payload equipment; precision inspection; infrared temperature measurement; LiDAR scanning; field operations with multirotor UAVs; data organization and handover; etc.(4) Practical Training: On-site instruction in urban areas, along waterways, and at power facilities, including hands-on flight and inspection training, to more effectively enhance trainees’ practical drone operation skills. |
