Recommended for:Students aged 18 or older who are interested in pursuing a career in drone maintenance and repair
Course Content:
Drone Structure, Principles, and System Components: A detailed explanation of the basic concepts and functions of various types of drones, including their structural composition, operating principles, power systems, electronic control systems, communication systems, and avionics systems.
Electronic Component Identification and Testing: Learn the characteristics, specifications, and testing methods for common electronic components, and master the techniques for using testing equipment such as multimeters and oscilloscopes.
UAV Assembly and Calibration Techniques: Systematically study the assembly processes, fastening methods, and cable connections for various types of UAVs, as well as the parameter calibration of core components such as ESCs and flight controllers.
Flight Control System Configuration and Calibration: Gain an in-depth understanding of the principles behind PID parameter tuning, master the methods for configuring flight control systems, and complete the calibration of sensors such as the compass and accelerometer.
Motor and Power System Maintenance: Learn how to disassemble, assemble, maintain, and test the performance of motors; configure ESC parameters and troubleshoot issues; and select, balance, and install propellers.
Battery Management and Charging/Discharging Technology: Understand the characteristics of lithium-ion batteries, safety guidelines for their use, charging and discharging management, as well as methods for diagnosing and resolving battery faults.
Fault Diagnosis and Troubleshooting: Systematically study the analysis of common drone malfunctions, as well as methods for fault localization and troubleshooting, to enhance logical thinking skills in fault diagnosis.
Use and Maintenance of Repair Tools: Be proficient in the use and daily maintenance of professional repair equipment, such as soldering irons, heat guns, and precision tools.
