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Design and develop high-performance world and scene representation systems for autonomy simulation. Build spatial data structures, mapping and geometry pipelines, coordinate systems, occupancy representations, and real-time 4D object management. Optimize C++20 code for low latency, cache efficiency, and memory usage while integrating systems across air, ground, and maritime autonomy stacks. Use Python and shell scripting for tooling and automation, and contribute to architecture and API design.

Design and implement high-performance 4D world and scene representation systems for multi-agent simulation. Build spatial data structures, mapping and geometry pipelines, and low-latency C++ systems. Drive architecture, API design, cross-team integration, profiling and optimization, and mentor engineers to meet autonomy stack requirements across air, ground, and maritime domains.

Design and implement high-performance world and scene representation systems for multi-agent autonomy: spatial data structures, ECS frameworks, computational geometry pipelines, coordinate frame management, and real-time mapping. Optimize C++20 code for low latency, define clean APIs for cross-domain integration, collaborate with sensor/planning teams, and mentor engineers.

Develop, deploy, and validate C++-based autonomy software for multi-agent vehicles. Integrate sensors and autopilots, perform field deployments and testing, build CI/CD pipelines, work with perception and communication systems, integrate third-party APIs, and validate behavior in simulation and real-world environments.

Own end-to-end financial management of commercial and government contracts: set up and maintain projects in NetSuite, track and reconcile project costs, prepare monthly variance analyses and project financial reports, support T&M billing, allocate direct/indirect costs per FAR/CAS, maintain indirect rates, validate labor distributions, and support government contract compliance and audits.

Lead hardware-software integration for flight-ready robotics systems, architect HIL/SIL simulation and verification workflows, define system interfaces across autopilots, onboard compute, and sensors, build real-time monitoring tools, and lead bench-to-flight bring-up and flight test campaigns to ensure robust, scalable autonomous systems.

Develop, deploy, and validate autonomy software on vehicles, integrating sensors and autopilots, performing field deployments and testing, implementing CI/CD and simulation-based validation, and integrating third-party software for multi-agent autonomous systems.

Lead global sourcing strategy and end-to-end RFx and negotiations for hardware commodities. Build supplier executive relationships, negotiate complex contracts, reduce cost, drive supplier selection and process improvements, and manage cross-functional stakeholders to meet business, technical, cost, and schedule goals.

Lead hardware-software integration and validation for autonomous flight systems, architect HIL/SIL simulation and verification workflows, define system interfaces, build real-time monitoring tools, and serve as technical lead for bench-to-field bring-up and flight test campaigns.

Develop and integrate real-time perception, sensor fusion, and sensor-control software for heterogeneous autonomous vehicles and platforms. Build AI/ML algorithms, deploy containerized solutions to embedded Linux devices, conduct simulation and hardware-in-the-loop testing, analyze field-test data, and support DoD demonstrations. Collaborate with autonomy, tracking, and sensor teams, troubleshoot technical issues, communicate with customers, and improve future integrations based on simulation results and feedback.