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Course Outline
Introduction to the Evo Max 4T
- Detailed technical specifications and key features
- Overview of drone components and system architecture
- Initial configuration and calibration procedures
Operational Safety Protocols
- Pre-flight preparations and risk assessment methodologies
- Emergency response procedures and failsafe mechanisms
- Essential maintenance routines and troubleshooting techniques
Legal Framework and Regulations
- Summary of AAC and local drone regulatory standards
- Requirements for licensing and professional certification
- Legal obligations and responsibilities of drone operators
Best Practices for Aerial Missions
- Strategic flight planning and mission architecture
- Optimising data collection strategies
- Environmental factors influencing safe flight operations
Theoretical Module for Certification
- Fundamental principles of drone aerodynamics
- Basics of navigation systems and communication protocols
- Management of airspace and operational limitations
Practical Module with the Evo Max 4T
- Exercises conducted via simulation platforms
- Execution of basic and advanced flight manoeuvres
- Scenario-based tasks such as inspection and surveillance
Certification Preparation and Assessment
- Mock examinations and progress evaluations
- Readiness for practical testing components
- Guidance on the official certification and licensing pathway
Summary and Future Steps
Requirements
- A foundational understanding of basic aeronautical principles
- Prior experience operating remote-controlled devices or drones
- General familiarity with standard safety practices
Target Audience
- Active drone operators
- Field technicians
- Professionals aiming to obtain drone certification or licensing
14 Hours
