Leadership Team
The Black Swift leadership team represents over 30 years of collective sUAS systems experience including hundreds of deployments using many different systems. They've worked closely with the FAA, and are familiar with the process required to operate sUAS safely within the national airspace.
Jack Elston
CEOJack has a M.S. in electrical engineering and a Ph.D. in aerospace engineering from the University of Colorado. Prior to founding Black Swift, he was an engineering consultant at Forge Aeronautics, a local startup, where he was one of the lead designers of a small, low-cost autopilot. Dr. Elston's research involved the development of four unmanned aircraft systems at the Research and Engineering Center for Unmanned Vehicles. This included co-authoring a software suite for service discovery and subsystem intercommunication in complex aerial networks, and conducting over 500 flights with unmanned aircraft. |
Maciej Stachura
CTOMaciej has a Ph.D. in Aerospace Engineering from the University of Colorado working on UAS related research and has been involved in over 500 flights with unmanned aircraft. This work also involved working closely with the FAA to secure permission to perform flights legally in the National Airspace System. Maciej is also the principal investigator for a NASA project to map soil moisture from a small UAS utilizing an L-band radiometer. |
Cory Dixon
Director of Engineering and OperationsCory Dixon has a B.S., M.S., and Ph.D. in Aerospace Engineering as well as a B.S. in Computer Science from the University of Colorado at Boulder. Dr. Dixon has been involved with the design, development, and testing of autonomous robotic systems for over thirteen years ranging from small unmanned aircraft systems (sUAS) to explosive ordinance disposal ground robotic systems. During his graduate studies, Dr. Dixon was the primary engineer, designer, and pilot for three different successful unmanned aircraft platforms and systems. In total, he has worked with or flown over eleven different unmanned aircraft systems (UAS), with differing autopilot systems, in Colorado, Florida, and Alaska operational areas. He developed the emergency procedures protocol used by RECUV at the University of Colorado in the operations of UAS, which has resulted in more than sixty FAA Certificates of Authorization (COAs). Recently, Dr. Dixon has managed numerous commercial and government contracts and was the Principal Investigator (PI) on a DoD Phase I and two DoD Phase II SBIRs. |
Douglas Weibel
Senior EngineerDouglas Weibel has a PhD in Aerospace Engineering from the University of Colorado. His primary research interest is the use of small drone's for environmental research and his recent academic publications address high-accuracy attitude and velocity estimation from small drones flown in wind and using inexpensive drones to collect oceanographic measurements. His experience with drones includes being an early principal developer for the ArduPilot open-source autopilot system, designing drone state-estimation and control-system hardware and algorithms at the University of Colorado, and piloting drones during numerous research campaigns funded by NOAA, NASA and NSF. He has a wide range of competencies and interests. Examples of his diverse skill set include racing a 15-meter sailplane at the national level, holding FINRA Series 7 and 66 registrations, managing multiple private investment firms, and teaching graduate and undergraduate courses. |
Jon Vince
General CounselJon holds a B.A. (Hons.) and J.D. from Canadian universities and an LL.M. in Space, Cyber and Telecommunications Law from the University of Nebraska-Lincoln, where he completed his thesis on satellite signal interference liability. Prior to joining Black Swift Technologies, Jon worked in numerous positions including as a communications attorney for a large mid-west regional law firm and as a satcom business consultant at an international business consulting firm in the space and satellite sector. Jon's specialized experience revolves around international and federal regulatory law regarding wireless communications and remote sensing technologies, including representation before the FAA and FCC. He has significant experience in legal practice, business consulting and business development. |
Experience
Complex Networked sUAS
Development of a distributed networking system to probe an atmospheric airmass boundary with simultaneous dual-Doppler RADAR and in situ sampling using an unmanned vehicle system. This included the design of a software suite for real-time visualization of a large number of distributed data sources including the RADAR and aircraft products. An existing ad-hoc network was augmented to allow for the effective dissemination of telemetry, sensor data, and control throughout the multi-user network.
RF Localization
Experiments demonstrating communication aware path planning and localization of radio frequency nodes on the ground involving two unmanned aircraft paired with the Black Swift radio frequency sensing system.
Regulatory Environment
The team at Black Swift are experts at navigating the FAA regulatory environment for UAS. Through their collective work at the University of Colorado, they have applied for and successfully received permission to legally operate UAS in the NAS through over 70 different Certificates of Authorization spanning 4 states and 6 different airframes.