Team SUPA’ HOT is a sophomore undergraduate research team and part of the Gemstone Honors Program at the University of Maryland.
Taking inspiration from the National Institute of Standards and Technology’s “emberometer” invention, Team SUPA’ HOT aspires to develop a mobile version of this technology. The goal is to design and build an unmanned aerial vehicle (UAV) that utilizes binocular stereo vision to collect real-time data about embers emitted during a wildfire. Not only do we believe UAVs have the capability to significantly aid firefighters in preventing the loss of life and property, but we hope our technology can aid future researchers in developing a concrete understanding of the key role embers play in wildfire spread.
Being in our second year, we are currently conducting a thorough literature review and finalizing our methodology. We hope to begin designing and prototyping our data collection UAV in the Spring alongside our faculty mentor, Dr. Arnaud Trouvé, a professor in the Fire Protection Engineering department at UMD.
Now, through this fundraising campaign, we are hoping to raise the money needed to begin purchasing equipment for our ambitious project. This money will aid in covering test site fees, buying a UAV, computing equipment, digital and thermal cameras, and more!
Your gift will help us make tremendous strides forward in our research! Every single gift is greatly appreciated. Your support aids our contribution to the fight against the ever-growing threat wildfires present to the world!
Contact Us:
Email: supahot2025@gmail.com
Website: https://mgoldb2.wixsite.com/supa-hot
Gifts in support of the University of Maryland are accepted and managed by the University of Maryland College Park Foundation, Inc., an affiliated 501(c)(3) organization authorized by the Board of Regents. Contributions to the University of Maryland are tax deductible as allowed by law. Please see your tax advisor for details.
Every dollar counts! Help us purchase crucial miscellaneous components of our UAV and stereovision camera setup like wiring, communication modules, and motors!
Help us buy specialized wood and a heat gun to create embers to test our UAV prototype's effectiveness!
Help us reserve an hour-long slot at a licensed UAV testing area or fire dynamics laboratory to evaluate our equipment!
Help us buy large lithium-ion batteries that will be used to power our UAV during flight!
Help us purchase digital and thermal cameras to be used on our stereovision data collection apparatus.