Unmanned Aerial Vehicle (UAV) technology involves drones used for various applications, including surveillance and environmental monitoring.

The process of involving community members in identifying needs and solutions, ensuring that projects address real-world challenges.

A design approach that emphasizes teamwork, allowing diverse perspectives to refine and enhance UAV concepts.

The final demonstration of a UAV prototype to stakeholders, showcasing its design, functionality, and community impact.

A systematic process to identify and prioritize community issues that UAV technology can address effectively.

A creative problem-solving approach focusing on understanding user needs and iterative prototyping.

Evaluating a UAV prototype's performance to ensure it meets design specifications and community needs.

A detailed document outlining the components, capabilities, and standards of a UAV design.

Conversations with community members and organizations to gather insights on specific needs and challenges.

A cyclic process where designs are repeatedly refined based on testing and feedback.

Established guidelines and regulations that UAV designs must adhere to for safety and functionality.

The process of creating a working model of a UAV to test and demonstrate its design.

Defined responsibilities assigned to each team member to ensure effective collaboration during the design process.

Tools such as slides or models used during presentations to enhance understanding and engagement.

The act of communicating project findings effectively to an audience, focusing on clarity and engagement.

A tool used to ensure that a UAV prototype meets all necessary industry standards and regulations.

Collaborative meetings where team members generate and discuss ideas for UAV design.

Using UAVs to collect data about environmental conditions, aiding in conservation and management efforts.

UAV applications focused on locating missing persons or providing assistance during emergencies.

The process of recording the design and development stages of a UAV prototype for future reference.

A process where students analyze their learning experiences and project outcomes to identify improvements.

An approach that encourages innovative thinking to address design challenges and community needs.

The development of new UAV technologies aimed at enhancing functionality and addressing specific applications.

Identified issues within a community that can be addressed through technology, such as UAVs.

Professionals with extensive knowledge in UAV technology who provide guidance and feedback during the course.