Jonathan Yasurek Email & Phone Number

Morgantown, West Virginia, United States

Integration and Autonomy lead on the IMAGRS SBIR drone project which utilizes onboard CV/ML technology and edge processing, integrated with onboard sensors, to identify and autonomously track vehiclesConducted requirement elicitation, analysis, and design for a system-of-systems weather simulation engine using SysMLIntegrated track and entity data from various GOTS products over the DIS and Link16 protocol to enable MSaaS capabilitiesPrincipal Investigator on the AERO SBIR project which integrated forward-facing sensors and gridded weather data to autonomously route commercial dronesTechnical Lead on enhancement effort which integrated acoustic, seismic, and RF/IR line of sight models to predict sensor performance and provide an optimal placement capability for Force ProtectionTeam Lead across multiple projects providing tasking, guidance, and mentorship to team engineers Technical writing consisting of proposals, white papers, and reports

Principal Investigator on the AERO SBIR project that aims to initiate autonomous routing operations of commercial drones based on environmental conditions and gridded weather dataTechnical Lead on RESTful client/server application utilizing Angular and C# which provides 3D visualization of sensor ranges and coverage capability for Force Protection. Development lead on a Java application that ingested real-time FAA information conforming to the SWIM architecture, disseminating relevant data over the Kafka platform, and displayed using the Cesium 3D engineRequirement analysis and project planning

Remote ReKey – Technical and Development lead on software/hardware suite that provides remote cryptographic rekeying capability for domestic and foreign defense customers. Java and C++ technology is utilized to provide crypto key management to a variety of ECUs via DS101 protocol. REMS – Development lead on .NET client/server application which provides a single viewpoint for monitoring and controlling remotely located SNMP equipment. Remote control and active monitoring allows for environmental, security and equipment issues to be visualized and resolved accordingly by the operatorLink-16 Gateway – Development lead on .NET application which provides bi-directional MIL-STD 6016C/D JREAP-C translation to and from the TENA architecture. This fully compliant Link-16 gateway ensures full data integrity and is supported by the SimShield CDS.

JTTOCC – Provided Eglin AFB a visual display which is forecasted to double their air, ground and water test and training mission productivity. Developed stand-alone .NET service components that publish Link-16, FAA and TENA data sources; ingest and correlate the data sources, then disseminate correlated information by XML using the TENA architecture. Integrated the correlated XML data with third-party schedule data to provide a consolidated visual representation using NASA’s World Wind Java API.STEM – Provided the Savannah CRTC a correlated Situational Awareness display. This SA display consolidates sanitized Link-16, FAA Radar and high-motion P5 Pod data using the TENA architecture.

Tactical Toolkit – Was part of a small team that designed and implemented a fully functional Command and Control suite. This client-server architecture provides operators a SA/C2 capability over Link-16, in accordance with MIL-STD 6016C/D, and is supported by an ArcGIS interface. Developed capabilities to translate consumed data sources to/from Link-16, TENA and FAA Radar. Currently deployed at Eielson AFB for the Red Flag program and the Savannah CRTC.

Implemented in C++ a JREAP-C parser that ingests and translates Link-16 data into Cursor-On-Target (CoT) format. The parser also had a GUI component that allowed the stimulus of certain Link-16 messages.