Staff Systems Safety Engineer — Secret Clearance, Sentinel Program

Northrop Grumman; Roy (UT); In loco; USD 153.000 - 229.000; Tempo pieno

Vantaggi offerti da questo lavoro

Medical coverage

Dental coverage

Vision coverage

401k

Educational assistance

Life insurance

EAP & Work/Life

Paid time off

Relocation assistance

Descrizione del lavoro

Northrop Grumman Defense Systems in Roy, Utah seeks a Staff Systems Safety Engineer to support the Sentinel (GBSD) program. You will develop use cases, allocate requirements, and ensure traceability across a large, safety-critical defense system.

US citizenship with a Secret clearance is required. Responsibilities include collaborating with IPTs to mature architecture, ensuring safety requirements are captured in models, and contributing to system safety analyses for flight-worthiness.

Competenze

• US citizen with active Secret clearance
• Experience using MIL-STD-882E for hazard analyses
• Experience with safety assessments
• Experience performing system safety analyses for flight/test

Mansioni

• Develop requirements and allocate functions for large programs
• Create and mature architecture content for system design
• Develop/unify model techniques and processes for tool integration
• Support design artifacts to enable system safety analyses and flight/test readiness
• Collaborate with program IPT and stakeholders on requirements traceability

Conoscenze

Systems engineering

Hazard analysis

MIL-STD-882E

DO-178/DO-254

Agile development

MBSE

Formazione

Bachelors of Science

Masters degree

Doctorate degree

Strumenti

DO-178/DO-254 tooling

Descrizione del lavoro

Northrop Grumman Defense Systems in Roy, Utah seeks a Staff Systems Safety Engineer to support the Sentinel (GBSD) program. You will develop use cases, allocate requirements, and ensure traceability across a large, safety-critical defense system.

US citizenship with a Secret clearance is required. Responsibilities include collaborating with IPTs to mature architecture, ensuring safety requirements are captured in models, and contributing to system safety analyses for flight-worthiness.