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Owns customer delivery programs from production completion through acceptance and shipment. Coordinates Production, Quality, Engineering, Maintenance, Planning, Logistics, Program Management, Flight Operations, and customers. Leads acceptance testing and delivery events, validates configurations and documentation, manages risks and corrective actions, maintains configuration integrity, and improves delivery processes. Requires strong judgment, organization, communication, and experience with complex hardware environments, enterprise systems, and customer-facing execution.

Leads the X-BAT Hardware Test Software team developing Python-based automated production test systems for avionics and aircraft electrical assemblies. Responsibilities include managing engineers, owning technical roadmaps, designing test frameworks and station-control software, integrating instrumentation and FPGA-enabled hardware, improving test coverage and production reliability, and coordinating with electrical, mechanical, embedded, manufacturing, and program teams.

Lead cross-functional maritime autonomy integration programs from concept through production and operational deployment. Manage scope, schedules, budgets, resources, risks, technical performance, integration readiness, testing, customer deliverables, and operational outcomes for USV and future UUV programs. Coordinate engineering, product, operations, executive, international, and customer stakeholders; facilitate reviews and decision-making; remove execution blockers; support proposals and strategic growth initiatives.

Designs, integrates, tests, and troubleshoots flight-critical avionics and electrical systems for autonomous aircraft. Responsibilities include circuit and subsystem design, PCB development, simulation, prototyping, validation, environmental hardening, manufacturing deployment, design reviews, technical mentoring, cross-functional collaboration, and managing project milestones and requirements.

Serves as the front desk contact for visitors, employees, and clients while managing visitor access, badging, inquiries, meetings, deliveries, mail, supplies, and office readiness. Coordinates with Facilities, IT, Security, vendors, and service providers to support workplace operations. Maintains records and handles sensitive information professionally. The role is fully onsite, Monday through Friday, in Frisco, Texas.

Lead systems engineering for a next-generation unmanned aircraft system. Responsibilities include defining system architecture, behaviors, requirements, interfaces, fault responses, and traceability; integrating avionics, autonomy, propulsion, sensors, and mission systems; conducting MBSE modeling, trade studies, safety analyses, flight testing, and performance validation; and coordinating cross-functional teams, DoD stakeholders, and government partners through development and operational deployment.

Lead systems engineering for a next-generation autonomous UAS, including system architecture, requirements decomposition, behavior modeling, avionics and autonomy integration, safety analysis, trade studies, flight testing, and performance validation. Collaborate with hardware, software, propulsion, manufacturing, flight operations, DoD stakeholders, and government agencies to develop a mission-ready aircraft from clean sheet through first flight and deployment.

Lead end-to-end mission systems engineering for advanced unmanned aircraft, including architecture, requirements, payloads, avionics, communications, weapons, integration, certification, and flight testing. Drive system-of-systems trade studies, integration campaigns, technical maturity, and compliance with aerospace standards. Serve as a technical subject matter expert while coordinating with program management, customers, partners, and suppliers to deliver fielded mission capabilities.

Develop and optimize C++ and Python software for autonomous behavior and motion planning. Design trajectory-planning algorithms for single- and multi-agent systems, build testing and simulation tools, diagnose concurrency and performance issues, and validate software on simulated and real hardware. Collaborate across teams on requirements, architecture, flight testing, and product maturation while mentoring engineers and applying advances in robotics and learned planning.

Lead system architecture, requirements, and integration for next-generation autonomous UAS. Define system behavior, perform MBSE modeling and safety analyses, conduct trade studies, and support flight test and deployment. Coordinate with autonomy, hardware, software, propulsion, and DoD stakeholders to deliver mission-capable airborne platforms.