Major Title: Unmanned Aerial Vehicle Technology and Operation
Major Description:
This major provides a comprehensive understanding of unmanned aerial vehicle (UAV) systems, focusing on their design, operation, and applications. Students will explore key areas such as drone technology, flight dynamics, remote sensing, and autonomous systems. The program emphasizes technical skills, regulatory compliance, and practical applications to prepare students for careers in UAV operations, aerial surveying, emergency response, and defense industries.
Learning Objectives:
- Understand UAV system components and aerodynamics
- Develop proficiency in flight operations and mission planning
- Master remote sensing and data collection techniques
- Learn autonomous navigation and control systems
- Understand aviation regulations and safety protocols
- Apply UAV technology to industry-specific applications
- Develop troubleshooting and maintenance skills
Major Outline:
- Introduction to UAV Systems
- History and evolution of drone technology
- Current applications and future trends
- Aerodynamics and Flight Principles
- Fixed-wing vs. multirotor aerodynamics
- Flight dynamics and performance characteristics
- UAV Design and Construction
- Frame materials and propulsion systems
- Payload integration and customization
- Avionics and Control Systems
- Flight controllers and sensors
- Communication systems and telemetry
- Autonomous Operations
- Waypoint navigation and obstacle avoidance
- Computer vision and AI applications
- Remote Sensing and Data Analysis
- Camera systems and sensor payloads
- Photogrammetry and GIS applications
- Regulations and Airspace Management
- FAA/ICAO regulations and certification
- Risk assessment and safety management
- Industry Applications
- Precision agriculture and environmental monitoring
- Infrastructure inspection and public safety
- Maintenance and Troubleshooting
- Preventive maintenance procedures
- Diagnostics and repair techniques
- Capstone Project
- Complete UAV system design and implementation
- Real-world mission execution and data analysis
Assessment Methods:
- Practical flight tests and mission simulations
- Technical reports on system design and performance
- Data collection and analysis projects
- Regulatory compliance examinations
Recommended Textbooks:
- "Introduction to UAV Systems" by Paul Gerin Fahlstrom
- "Small Unmanned Aircraft: Theory and Practice" by Randal Beard
- "Drone Technology: Future Trends and Practical Applications"
Prerequisites:
Basic knowledge of physics and mathematics recommended
Program Duration:
2-4 years (depending on degree level)
Certification:
Prepares students for FAA Part 107 certification and industry-specific qualifications
Career Paths:
- UAV Operations Manager
- Aerial Data Analyst
- Drone Systems Engineer
- Public Safety UAV Operator
- Agricultural UAV Specialist
This program combines theoretical knowledge with hands-on training to produce skilled UAV professionals capable of operating in diverse industries while maintaining strict safety and regulatory standards.
