Florida Cooperative Fish and Wildlife Research Unit

Dr. Raymond R. Carthy, Program Director/Wildlife Lead

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Dr. Carthy is the Assistant Unit Leader at the USGS Florida Cooperative Fish and Wildlife Research Unit. He is a wildlife ecologist and sea turtle expert. His strong technical interests led to his involvement with the UFUASRP very early in the seventeen-year history of the Program. With the retirement of our former Program Director, Dr. H. Franklin Percival, Dr. Carthy’s role has expanded to UFUASRP Wildlife Lead. He matches natural resource questions to the appropriate technological platforms available within the Program, and directs research on incorporating new aerial platforms and sensor capabilities for conservation and management of species and habitats.

Dr. Matthew A. Burgess, Program Coordinator

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Matthew A. Burgess is the Program Coordinator of the University of Florida Unmanned Aircraft Systems Research Program; a large interdisciplinary research program at the University of Florida administered through the USGS’s Florida Cooperative Fish and Wildlife Research Unit. Dr. Burgess has held this position for nearly nine years, and recently completed a Ph.D. in the Department of Wildlife Conservation and Ecology at UF under the advisement of Dr. H. Franklin Percival, retired Unit Leader of the Florida Cooperative Fish and Wildlife Research Unit. Matthew received his BS in Zoology in 1999, a MS in Interdisciplinary Ecology in 2008, and his PhD in Wildlife Ecology and Conservation in May 2017; all from the University of Florida. Matt's dissertation focused on the feasibility of using small unmanned aircraft systems technology and low-cost, high-resolution optical payloads as remote sensing tools to collect data to assist researchers address scientific questions based in natural resources, ecology, and management.

College of Engineering

Dr. Peter G. Ifju, Aerospace Lead

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Dr. Peter Ifju is our aerospace lead, and an expert in the areas of micro air vehicles (design, fabrication, system integration, applications, and experimental characterization), experimental stress analysis, optical methods for stress analysis (moir interferometry, luminescent photoelastic coatings), and composite materials stress analysis and fabrication. The University of Florida MAV Team, lead by Dr. Ifju, won first place overall in the International MAV Competition in 1999, 2000, 2001, 2002, 2003, 2004, 2005 and 2006. In 2000 Discovery magazine granted Dr. Ifju a Top Ten Technology Innovation Award for Micro Air Vehicle Development.

Mr. Travis J. Whitley, Airframe and Controls Specialist

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Mr. Whitley is a PhD candidate in the Department of Mechanical & Aerospace Engineering at UF. Travis is our airframe and controls specialist.

Mr. Chad S. Tripp, Pilot and Flight Operations Specialist

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Mr. Tripp is an undergraduate student in the Department of Mechanical & Aerospace Engineering at UF. In addition to working with the FAA and other aviation authorities, Mr. Tripp assists in the development and fabrication of sUAS airframes and payloads. He has both his remote pilot and private pilot certificates.

Mr. Andrew E. Ortega, Remote Pilot and Flight Systems Specialist

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Mr. Ortega is an undergraduate student in the Computer & Information Science & Engineering Department at UF. Andrew is a pilot, flight operations specialist, and is our webmaster.

Mr. Jeroen J. Poelstra, Computer Aided Design and Fabrication Specialist

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Mr. Poelstra is an undergraduate student in the Department of Mechanical & Aerospace Engineering at UF. He assists in the design and fabrictaion process for sUAS airframes and payloads. Mr. Poelstra is an avid model RC aircraft hobbyist and has both his remote pilot and private pilot certificates.

Mr. Nate J. Kiker, Technical Volunteer

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Mr. Kiker is a volunteer with the UFUASRP this summer. He is a junior at Eastside High School, and a student of the International Baccalaureate Program. Nate provides help to all facets of the UFUASRP.

School of Forest Resources & Conservation - Geomatics Program

Dr. Scot E. Smith, Remote Sensing Lead

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Dr. Smith started working as part of the UF UAS Research Program in the early 2000's as part of the Florida GAP Analysis project. He is a professor of Geomatics in the SFRC and specializes in remote sensing, image processing, and GIS. Scot is very knowledgeable about optical sensors, and is our sensor guru. Scot's interests include application of a variety of remote sensing approaches to environmental assessment. His long-term experience includes work in hydrological processes and the use of remote sensing in water resources protection and management.

Dr. Benjamin E. Wilkinson, Imagery Processing Lead

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Dr. Wilkinson is an assistant professor in the Geomatics Program at the University of Florida, and is our lead for imagery post-processing. Dr. Wilkinson is interested in 3D scene reconstruction using photogrammetric techniques as well as data adjustment, fusion, and uncertainty estimation. He is coauthor of the textbook Elements of Photogrammetry with Applications in GIS, Fourth Edition.

Dr. Amr H. Abd-Elrahman, GIS Lead

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Dr. Abd-Elrahman is an Associate Professor of Geomatics at the University of Florida’s Gulf Coast Research and Education Center. He received his BS in Civil Engineering and MS in Digital Mapping. He acquired his PhD in Civil Engineering-Geomatics with a minor in Computer Engineering. Dr. Abd-Elrahman has been involved in natural resource management and precision agricultural research projects utilizing unmanned aerial system imagery since early 2000s. His research projects involved wetland land cover classification, invasive plant detection, and modeling crop stress using pixel- and object-based image analysis and machine learning techniques.

Mr. H. Andrew Lassiter, Remote Sensing Specialist

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Mr. Lassiter is a graduate research assistant in the Geomatics Program at the University of Florida. Andrew is working on measuring the three-dimensional structure of forested areas from both LiDAR and Strucure-from-Motion point clouds obtained using a sUAS. In addition, Mr. Lassiter is working on fusing small-footprint airborne LiDAR data with imagery in hopes of measuring forests with precision at the individual tree level.

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