Modeling and Simulation
Create virtual representations to test scenarios, predict outcomes, and optimize systems without real-world risks or costs.
Developed a 3D terrain visualization capability integrated by Lockheed Martin into the digital Army Battle Command System (ABCS) that provides accurate line of sight and real-time unit locations on an optimally adapting mesh terrain overlayed with military terrain imagery and unit symbology.
Designed, developed, and delivered an automated precision control of optical, fluidic, photonic, and mechanical flow cytometry devices enabling increased production and single cell sorting performance while also reducing required operational resources.
Designed, executed, and analyzed scenarios within a Human Social Cultural Behavior (HSCB) simulation developed by NASA Jet Propulsion Laboratory (JPL) to assess irregular warfare effects and operations to influence violent extremist organizations.
An integrated, web-based software solution for forecasting field-specific irrigation schedules that optimize rainfall and irrigation productivity. This is accomplished by configuring basic historic, near real-time, and future agronomic information including weather, soil and crop characteristics, and irrigation parameters into a variety of interactive data visualizations for portraying key aspects that support irrigation decisions.
Developed and deployed an innovative and unique hybrid micro-grid technology that actively stores energy from renewable energy sources for as a deployable power solution for emergency response and recovery operations along the Texas-Mexico border.
An exercise management system used to help train both civilian and military emergency response personnel in large-scale incident management and planning. Over 25,000 U.S. and international emergency responders have been trained in exercises ranging from the incident command post up to the state operations level.
A simulation-based, virtual training system to support TEEX’s Industrial Incident Management and Incident Command training program. This system immerses trainees into highly realistic situations, provides opportunities to exercise management and response doctrine within situation-specific emergencies, and enables for a richer and more effective training experience for participants.
A system for integrating and analyzing syndromic surveillance data captured from mobile apps and other relevant sources. The data is aggregated and combined with embedded visualization and analysis tools to help determine baseline conditions in order to detect any anomalies that may signal the onset of an animal disease outbreak. This is one perspective of the AgConnect system.
Supported edge and corner detection and analysis algorithms and visual modeling and rendering for a real-time 3D trajectory tracking and guidance system utilizing novel event-based image sensing for vehicle docking.
Executed political, military, economic, social, infrastructure, information, physical environment, and time-based (PMESII+2) scenarios to anticipate trends over 1-3 month turns within 1-3 year periods to provide comprehensive analysis of coercion tipping points, insurgent growth rate, relationally based information exchange from competing non-combatant groups, and irregular battle command/PSYOP.