About the role
Company
The Boeing Company
Boeing Defense, Space & Security is hiring a Lead Design and Analysis Engineer in Berkeley, MO. Join a fast-paced Phantom Works program responsible for integrating highly complex system-of-systems mission capabilities across sensors, mission management, communications, networks, and weapons/effector interfaces. This role is for a senior technical contributor who will shape and lead the integration of multiple subsystems and external sources into cohesive tactical mission capabilities that perform reliably in operational environments.
You will lead the definition, architecture, integration, and verification of mission solutions spanning payloads, distributed sensors, datalinks, mission management functions, and payloads. This position requires deep systems engineering expertise, strong SysML/MBSE capability, real-time and embedded integration experience, and the ability to influence technical direction across programs and disciplines.
Position Responsibilities
Lead system-level definition and decomposition of requirements for system-of-systems mission integration across sensors, mission management, communications, and weapons/payload interfaces.
Shape and maintain SysML/MBSE architecture models that capture system behavior, functional decomposition, interface definitions, requirement traceability, and verification strategy across the lifecycle.
Establish and drive end-to-end mission system architectures, including interdependencies, data flows, timing budgets, synchronization, operational constraints, and integration assumptions.
Lead integration of onboard and offboard systems, including distributed sensors, datalinks, external mission services, and partner-provided capabilities.
Develop and evaluate mission logic related to sensor integration, track management, mission planning, state awareness, decision support, and effect coordination.
Lead simulation, test, and verification strategy development; guide lab, integration, and field testing to validate system behavior against model assumptions and operational requirements.
Perform system-level analysis of failure modes, sensitivity, robustness, and degraded operations; define f…
