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The role involves developing, integrating, and documenting payload system requirements, working on technical design projects, and improving design processes for Boeing's interiors organization.

Creates and maintains electronic manufacturing work packages, technical instructions, aircraft work orders, tooling, and shop aids for E-7 aircraft maintenance and modification. Interprets engineering and maintenance data, manages configuration control, supports supply-chain technical queries, and contributes to continuous improvement. The role requires collaboration with engineering, production, quality, regulatory, customer, and international Boeing teams.

Develop and integrate space payload emulators using Xilinx SoC/FPGA platforms, embedded Linux, firmware, drivers, and hardware/software interfaces. Build Java or JavaScript GUIs for telemetry, command, and control. Perform board bring-up, lab debugging, system integration, and testing with multidisciplinary engineering teams. Use Xilinx toolchains, version control, and modern software practices while providing technical leadership during integration campaigns.

Leads Engineering Change Control and Engineering Scheduling teams, overseeing workload planning, configuration baseline changes, work statements, SAP project schedules, release tracking, reporting, audits, and process compliance. Coordinates cross-functional stakeholders to resolve risks, improve schedule predictability, maintain change traceability, and ensure timely implementation and closure of engineering changes. Manages employee development, performance, training, succession planning, continuous improvement, and representation in program change boards and reviews.

Leads KC-46 engineering and certification integration across business units, production, deliveries, and development programs. Manages Program Integration Managers, certification engineers, and plan owners; develops integrated plans, resolves technical issues, manages risks, standardizes processes, and drives projects to closure. Collaborates with engineering teams, ODA counterparts, FAA, and USAF stakeholders to improve certification processes and ensure program continuity.

Leads the design, development, integration, testing, maintenance, and lifecycle management of ground software systems. Translates customer requirements into software architectures and designs, resolves defects, improves processes and performance metrics, supports user troubleshooting, evaluates emerging technologies, and oversees software projects, suppliers, compliance, and team performance. Serves as the ground software subject matter expert and leads related proposal efforts.

Supports Boeing defense and space contracts through resource forecasting, Estimates at Completion, financial analysis, variance analysis, earned value management, performance reporting, cost and schedule baseline maintenance, and business case development. Provides financial performance insights and recommendations to management for modernization and modification programs.

Leads ASIC and FPGA verification across IP, subsystem, and system levels. Designs reusable UVM testbench architectures, drivers, monitors, scoreboards, checkers, reference models, coverage models, and assertions. Owns verification quality through multiple tape-outs and lifecycle milestones, validates PCIe and Ethernet protocols, tracks technical performance metrics, and leads AI-driven verification automation and reviews.

Designs and sustains avionics laboratory hardware, test articles, interfaces, instrumentation, and related systems. Responsibilities include hardware architecture, component selection, mechanical and electrical design, test procedure development, systems verification, troubleshooting, calibration, data analysis, configuration control, and technical documentation. The engineer supports program milestones, hardware reviews, test reporting, and cross-functional engineering activities for aerospace programs.

Leads planning and execution for F/A-18 and EA-18G defense projects, managing integrated schedules, baselines, risks, opportunities, stakeholder commitments, cost and schedule coordination, proposals, and program performance. Partners with technical teams, suppliers, customers, and internal functions to deliver complex aerospace capabilities and support future program execution.