I have 20+ years of utilizing various tools and methods to gather geospatial data for integration into Geographic Information Systems software. This experience with geospatial data collection methods has led towards an innate understanding of best practices for gathering data to solve questions at the landscape level. As an undergraduate, I majored in Geography with an emphasis in GIS/RS, and have continued to use these technologies over the years in all my research endeavors. From my masters research studying wind erosion, to my PhD research examining recovery of WWI battlefields, I have always embraced a variety of spatial data collection methods and equipment from the traditional to the modern.
In May of 2010, my work on the Khe Sanh battlefield, examining how that landscape has recovered from explosive munitions, led me towards looking for a better alternative toward conducting microtopographic surveys in dangerous environments. I soon began experimenting with Unmanned Aerial Systems (UAS), and have since devoted myself to this line of work. My research is not on the engineering side, but on the side of integrating various sensors with the UAS platform, working with others on best data collection strategies and methods to answer the spatially related questions. This pursuit of low-altitude, high-resolution spatial data has led me to data collection on a variety of platforms ranging from kites to balloons, to UAS multi-rotor and fixed wing platforms. Since I first began working UAS in 2011, the use of UAS, along with the technology, have exploded. I’m happy to say that while the learning curve has been steep, I love the thrill of working with the technology in so many different capacities. I came to Purdue and the School of Aviation & Transportation Technology because of the great engineering and aviation infrastructure in place to develop a world-class UAS program.
Robota Goose Autopilot & Ground Control Software in Super Nova Aircraft (2013)
2016 University of Wisconsin System Regent Scholar. Lowering Overhead Industry Costs within the Industrial Aggregate and Sand Mining Industry using Unmanned Aerial Systems
Recent UAS Related Publications
Hupy, Christina & Weichelt, Ryan & Wilson, Cyril & Hupy, Joseph (2016) Extending into STEM: The Geospatial Education Initiative. In: STEM and GIS in Higher Education. ESRI Press. 95-106.
Hupy, J.P. and Miracle B. 2016. Utilization of High Temporal Frequency Unmanned Aerial System Imagery in GIS. ESRI Map Book Vol. 31. Page 46.
Recent UAS Related Presentations
2017 Mapping with Drones: The Hidden Truths and Beyond. Let’s Do Lunch UWEC Alumni Speaker Series. Eau Claire, WI. (Invited Speaker)
2017 Cooking with UAS Data. EAA Annual Fly -In Convention Invited Speaker Series. Oshkosh, WI
2017 Economic Potential for Expanded Use of Unmanned Aerial Systems (Drones). Building Owners and Managers Association of Wisconsin Annual Luncheon. Milwaukee, WI. (Invited Speaker)
2016 Bringing Drones into the Courtroom: How Unmanned Aerial Systems and Geospatial Technology Stand to Revolutionize the Legal Profession. Wisconsin Association of Justice Annual Meeting. Milwaukee, WI. (Invited Speaker)
2016 Lowering Overhead costs within the industrial sand mining industry using Unmanned Aerial System (UAS) technology. Wisconsin Science and Technology Symposium. Oskosh, WI
2016 Incorporating the use of Ground Control Points with Unmanned Aerial Systems. Wisconsin Land Information Association Annual Conference. Elkhart Lake, WI