The Drone Programming with ArduPilot training is an intensive two-day program designed to introduce participants to autonomous drone development using the ArduPilot platform. This course focuses on flight controller architecture, mission planning, MAVLink communication, and practical programming workflows, enabling learners to configure, program, and control drones for real-world applications such as surveying, inspection, and research.

• Understand the architecture, components, and autonomous flight capabilities of ArduPilot for drone programming.
• Set up and configure ArduPilot environments for drone simulation, flight control, and mission planning.
• Develop drone applications using flight controllers, sensors, telemetry, and mission automation workflows.
• Implement navigation, waypoint control, obstacle awareness, communication protocols, and autonomous flight operations.
• Debug, test, and optimize drone systems for flight stability, safety, performance, and reliability.
• Build intelligent, scalable, and production-ready autonomous drone solutions using ArduPilot best practices.

 • UAV and drone engineers
 • Robotics and automation professionals
 • Embedded systems and IoT developers
 • Researchers and students working with aerial robotics
 • IT professionals exploring autonomous systems

 • Basic understanding of programming concepts
 • Familiarity with Python or scripting fundamentals
 • Basic knowledge of Linux operating systems
 • Awareness of UAV or drone concepts is beneficial

 • Understanding ArduPilot architecture and components
 • Configuring flight controllers and firmware
 • Programming autonomous missions and flight modes
 • Communicating with drones using MAVLink
 • Testing and validating drone behavior in simulation

By the end of this training, participants will be able to configure ArduPilot-based drones, program autonomous missions, and interact with drones using MAVLink-enabled tools and APIs. Learners will gain practical skills to design, test, and deploy basic autonomous drone applications in simulation and real-world environments.

Introduction to Drones and ArduPilot Platform
 • Overview of UAV systems and applications
 • ArduPilot ecosystem and supported vehicles
 • Flight controller concepts and hardware overview
 • Ground control station fundamentals

ArduPilot Architecture and Flight Modes
 • ArduPilot software architecture
 • Multicopter flight modes overview
 • Stabilization and navigation basics
 • Safety and failsafe concepts

Firmware Setup and Configuration
 • Installing and updating ArduPilot firmware
 • Initial calibration procedures
 • Sensor setup and verification
 • Parameter configuration basics

Mission Planning and Basic Automation
 • Waypoint-based mission concepts
 • Using mission planner tools
 • Takeoff, navigation, and landing basics
 • Mission execution and monitoring

Programming with MAVLink and Drone APIs
 • MAVLink protocol overview
 • Communicating with drones programmatically
 • Basic command and telemetry handling
 • Using APIs for mission control

Simulation and Testing with SITL
 • Software-in-the-Loop simulation concepts
 • Setting up ArduPilot SITL
 • Testing missions in simulation
 • Debugging flight behavior

Advanced Mission Logic and Control
 • Conditional mission flows
 • Guided mode and scripting concepts
 • Basic autonomy and decision making
 • Error handling and safety awareness

Drone Programming Capstone Workshop and Best Practices
 • Designing an autonomous drone mission
 • Implementing programmatic control logic
 • Testing and validating mission outcomes
 • Final review and operational best practices

• ArduPilot Setup & Drone System Architecture
• Flight Controller Configuration, Sensors & Telemetry Integration
• Navigation, Mission Planning & Autonomous Flight Programming
• Debugging, Safety Validation & Performance Optimization
• End-to-End Autonomous Drone Development Project

Participants will be evaluated through hands-on configuration tasks, mission programming exercises, and scenario-based discussions conducted during the training. The evaluation focuses on understanding ArduPilot concepts, correctness of mission logic, and the ability to apply programming techniques to autonomous drone operations.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive the AcadNXT Certification for Drone Programming with ArduPilot. This certification validates the learner’s foundational knowledge of ArduPilot, drone mission programming, and autonomous UAV operation principles.