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Course Outline
Introduction
Overview of Drones and Autonomous Systems
- Classification of unmanned aerial vehicles (UAVs)
- Applications for UAVs in public sector operations
Learning About Drone Technology Basics
- Drone and quadrotor mechanisms for government use
- Sensors, navigation, command and control systems
Evaluating Drone Delivery Methods
- Commercially available solutions suitable for government operations
- Research and development in drone technology for government applications
Exploring Drone Technology
- Drone systems designed for government missions
- Data collection methods and tools for government use
- Data storage requirements for secure governmental data management
Understanding Policies and Regulations
- Local government policies governing drone usage
- International regulations impacting government drone operations
Working with Unmanned Aerial Systems
- Risk factors associated with UAS deployment for government missions
- Ethical considerations and guidelines for the use of drones in government
- Threats to unmanned aerial systems and countermeasures for government security
Applying Knowledge to Solve Needs
- Evaluating industry or organizational needs within the public sector
- Drones in disaster response, weather forecasting, command and control operations, etc.
The Future of Drone Technology
- Future applications and capabilities for government use
- Artificial intelligence (AI) and machine learning advancements in drone technology
- Data analytics and the internet of things (IoT) integration for enhanced governmental operations
Summary and Conclusion
Requirements
- Interest in aerial robotics for government applications
- No prior experience with unmanned aerial systems (UAS) is necessary
Audience
- Individuals new to aerial robotics and drones for government use
7 Hours
