Systems Engineer - Design & Development

Advanced Systems Engineer 3

General Dynamics Mission Systems is seeking an Advanced Systems Engineer 3 to support the D5LE2 program within the SWC Fire Control engineering organization. The successful candidate will serve as a senior technical contributor, applying deep systems engineering expertise across the full system life cycle and leveraging MBSE, digital engineering, and program leadership principles to drive mission-critical outcomes in support of the U.S. Navy's strategic deterrent.

This role requires strong independent judgment, the ability to guide major program milestones, and demonstrated leadership in mentoring and developing junior engineers within a complex, long-horizon program environment.

Clearance requirements:
Must be able to obtain a Department of Defense Secret security clearance in a reasonable amount of time. Applicants selected will be subject to a U.S. Government security investigation and must meet eligibility requirements for access to classified information. Due to the nature of work performed within our facilities, U.S. citizenship is required. Candidate must be local to the area.

Some telecommuting allowed.

• Proven track record leading complex systems engineering efforts across the full development life cycle
• Highly proficient with MBSE tools and methodologies, with experience driving model-based deliverables on real programs
• Technical leader who mentors junior engineers and builds team capability
• Strong communicator and negotiator who influences customer requirements and drives win-win outcomes
• Understanding of program management principles (Earned Value, CAM, SPI/CPI) and their intersection with engineering execution
• Strong software or computing architecture background as foundation in Systems Engineering.
• Commitment to shaping engineering processes and tools for continuous improvement

• Lead systems engineering activities including requirements analysis, definition, and management, functional analysis, performance analysis, system design, trade studies, integration and test (verification), validation, and interface definition for D5LE2 subsystems and system elements
• Drive MBSE and digital engineering strategy, developing and maintaining system architectures, models, and designs using Cameo/Magic Draw and DOORS in support of upcoming D5LE2 program milestones
• Apply expert-level critical thinking to identify, analyze, and resolve system design weaknesses; serve as a technical decision-maker for complex engineering trade-offs
• Perform and oversee technical planning, cost and risk analyses, and supportability and effectiveness analyses for subsystems and system elements
• Guide the successful completion of major programs and projects; contribute to program milestone reviews and gate decisions
• Develop and allocate system requirements to lower-level elements; lead customer requirements analysis and negotiation in alignment with D5LE2 objectives
• Conduct detailed technical analyses; evaluate vendor products, COTS, GFE/CFE, specifications to determine feasibility and inform design decisions
• Design complete and complex frameworks, systems, or products that set architectural direction
• Evaluate systems to ensure designs meet governmental security specifications; lead system accreditation/certification efforts and develop security documentation
• Support and lead Modeling and Simulation activities aligned with program objectives
• Generate and review technical engineering products; ensure quality and compliance with standards, processes, and tools (T9001, SPALT, peer review)
• Provide leadership, direction, and mentoring to lower-level employees; support talent development within the D5LE2 team
• Maintain awareness of technology trends relevant to the D5LE2 mission domain and strategic deterrence
• Identify opportunities to apply AI for continuous improvement and innovation
• Build and maintain productive internal and external working relationships with customer, program office, and cross-functional teams

• Highly proficient understanding and application of systems engineering principles, concepts, and theories in a complex, safety-critical…