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The Rise of Drones: A Documentary

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Unmanned Aerial Vehicles, more commonly referred to as drones, have been a hot subject for the past few years. In the news, stories about drones cause the public alarm because of their seemingly increasing use. Problems have arisen with drones

Unmanned Aerial Vehicles, more commonly referred to as drones, have been a hot subject for the past few years. In the news, stories about drones cause the public alarm because of their seemingly increasing use. Problems have arisen with drones congesting airspace where manned aircraft fly, posing a huge threat to pilots and passengers of those aircraft. They have also caused concern of the public in matters of privacy. Drones are a go-anywhere and see-anything type of tool. They go where manned aircraft cannot, and where humans on the ground cannot. This video takes an in depth look at the issue of increasing civilian drone use, new regulations on users, categorizing types of drones, and possible solutions to the problems. Throughout the video, there will be three interviews. These interviews will be with experts in the field. The first person is Dr. Sarah Nilsson, Esq. She is a lawyer in drone law with her own practice. She has her PhD, CFI, and CFII as well as professional flying experience. The second person is Mr. Chris Andres. He is the Airport Administrator of Chandler Municipal Airport and offers a unique perspective on drones from an airport management standpoint. Lastly, the third person interviewed is a salesman at Viper Hobbies located in Mesa, AZ. He offers a perspective of drone use from the retail side, and also insight in FAA requirements of retailers and how retailers might offer education on regulation to the public.

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2016-05

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STRUCTURAL HEALTH MONITORING OF FIBER REINFORCED COMPOSITE STRUCTURES UNDER HIGH VELOCITY IMPACT LOADS

Description

This thesis encompasses research performed in the focus area of structural health monitoring. More specifically, this research focuses on high velocity impact testing of carbon fiber reinforced structures, especially plates, and evaluating the damage post-impact. To this end, various non-destructive

This thesis encompasses research performed in the focus area of structural health monitoring. More specifically, this research focuses on high velocity impact testing of carbon fiber reinforced structures, especially plates, and evaluating the damage post-impact. To this end, various non-destructive evaluation techniques such as ultrasonic C-scan testing and flash thermography were utilized for post-impact analysis. MATLAB algorithms were written and refined for the localization and quantification of damage in plates using data from sensors such as piezoelectric and fiber Bragg gratings sensors. Throughout the thesis, the general plate theory and laminate plate theory, the operations and optimization of the gas gun, and the theory used for the damage localization algorithms will be discussed. Additional quantifiable results are to come in future semesters of experimentation, but this thesis outlines the framework upon which all the research will continue to advance.

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2015-05

Drone for Search and Rescue: Improving Outcomes When Seconds Count

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As technology and legislation advances, small unmanned aerial systems (SUAS), better known as drones, have begun to become an integral part of emergency services. Large departments such as the New York City fire department and the National Park Service have

As technology and legislation advances, small unmanned aerial systems (SUAS), better known as drones, have begun to become an integral part of emergency services. Large departments such as the New York City fire department and the National Park Service have implemented very successful programs. However, many departments are still not using them despite this uptick in usage. In order to improve accessibility of this technology, I set out to perform field research and develop a series of public service announcement videos combined with standard operating procedures (SOPs) in order to create a model that can help departments start their own SUAS programs. Through hours of fieldwork, I was able to develop policies and procedures that I then laid out in various videos and SOPs, all with the intention of improving accessibility to this technology. The benefits of SUAS are numerous and can greatly improve patient outcomes as well as improve first responder safety. Through my research, I created a strong foundation for any department no matter the size or location to be able to start their own program with relative ease.

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2019-12