A sensor-equipped drone that provides fast, real-time environmental analysis to support critical decision-making.
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Client:

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Brief

Created for our high school engineering fair in collaboration with the Gwinnett Fire Department, the project focused on designing and building HOTARU, a hexacopter drone for hazmat response. The goal was to enhance safety and efficiency during hazardous material emergencies.

Identified Problem

Discussions with the Gwinnett Fire Department revealed delays in assessing hazardous environments with traditional tools, increasing risks to first responders.

Solution

Our team built a functioning drone equipped with sensors to remotely assess hazardous conditions. The design emphasized rapid deployment, modular adaptability, and reliable data collection to support emergency response.

Outcome

The working prototype was successfully presented at the engineering fair, showcasing its potential to improve hazmat response and ensure first responder safety.

Timeline:

9 Month Project
(
2016
)

My Role:

Served as project manager, led engineering, and conducted research.

Tools:

Team:

Linh Dang
Researcher
Judson Baker
Researcher
Advancing emergency response with drone technology for rapid hazard assessment.

but how did we get here?

But how did we get here?

What I learned

Next Steps