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Develop and lead FPGA design verification for electronic warfare systems. Responsibilities include architecting SystemVerilog, UVM, and VHDL testbenches; creating constrained-random test plans; analyzing coverage metrics; developing reusable verification IP; leading verification teams; improving methodologies; managing schedules; and mentoring engineers across multiple locations.

Leads engineering operations and program execution for a payload engineering organization. Responsibilities include performance reporting, cost and schedule estimating, resource and workload planning, budget monitoring, process improvement, strategic planning, cross-functional coordination, and special-project delivery. The role supports payload IPT leads across program initiation, baselining, lifecycle milestones, risk management, and execution, while interfacing with engineering disciplines, laboratories, manufacturing, testing facilities, and leadership.

Leads FPGA design verification for electronic warfare systems by architecting SystemVerilog, UVM, OVM, and VHDL testbenches; developing constrained-random test plans; analyzing coverage; creating reusable verification IP; improving methodologies; and mentoring or leading verification teams. The role requires collaboration across sites, schedule and task management, and onsite work.

Leads engineering activities across a portfolio of advanced electronic warfare programs, partnering with business and engineering leadership. Oversees multidisciplinary teams, technical problem-solving, project engineering management, organizational design, planning, estimating, design management, product verification, risk management, and transitions to manufacturing. Supports development and production programs while building partnerships, developing team members, and ensuring affordable, producible technical solutions.

Manages Payload Engineering Center operations, program execution, performance reporting, staffing, budgets, cost and schedule estimates, process improvements, and strategic initiatives. Supports integrated product teams, workforce planning, lifecycle milestones, risk and opportunity management, and cross-functional alignment across engineering, laboratory, manufacturing, and test organizations.

Reliability Engineer II investigates failures, performs root cause and trend analysis, and ensures reliability, availability, and maintainability requirements for electronic warfare systems. Responsibilities include RAM modeling, reliability predictions, FMECA, testability and maintainability analysis, FRACAS coordination, supplier and failure-lab collaboration, corrective-action recommendations, and customer presentations across the product lifecycle.

Leads engineering activities across a portfolio of advanced electronic warfare programs, partnering with business and engineering leadership. Manages multidisciplinary teams, technical problem solving, organizational design, planning, estimating, design management, product verification, scope, resources, risks, and opportunities. Supports engineering development of complex electronic systems through manufacturing transition while building partnerships and developing team members.

Manage Sentinel ICBM Wing Operations acquisition activities, including reviewing contractor designs, architectures, documentation, and MBSE products. Support status tracking, meetings, contract performance monitoring, integrated master schedule management, and coordination across government agencies, program managers, engineers, logisticians, testers, and external partners. Provide acquisition-cycle advice to program managers and help ensure requirements and timelines are met for command and control capabilities.

Leads the technical direction of Tactical Datalink products within the C4ISR AC&S portfolio. Oversees systems architecture, requirements, interoperability, performance, technical risk, customer interfaces, and mission effectiveness across airborne platforms. Develops technology roadmaps, promotes architecture and waveform reuse, supports modernization and production programs, and drives engineering process maturity, standardization, affordability, and risk reduction.

Develops, integrates, tests, and sustains manufacturing execution system tools for aerospace production. Responsibilities include gathering requirements, building C#/.NET and Blazor applications, managing SQL data, analyzing complex datasets, supporting CI/CD and testing, troubleshooting anomalies, and improving manufacturing visibility and efficiency. The role works cross-functionally with engineering and production teams in a fully on-site environment and requires a DoW Interim Secret clearance.