Apply systems engineering and safety engineering principles to identify, assess, and mitigate hazards across the system lifecycle, and plan and execute safety analyses and validate safety requirements.
Perform system safety engineering activities across the lifecycle, including hazard identification, analysis, tracking, and mitigation.
Develop and maintain system and subsystem safety requirements, and ensure they are properly allocated, implemented, and verified.
Conduct safety analyses such as Preliminary Hazard Analysis (PHA), Functional Hazard Analysis (FHA), System Safety Assessments (SSA), FMEA/FMECA, and Fault Tree Analysis (FTA), as applicable.
Plan and execute safety validation activities, including defining safety acceptance criteria, identifying supporting test/analysis data, and confirming that system behavior satisfies safety requirements and assumptions.
Collaborate with systems, software, hardware, integration/test, and reliability teams to ensure safety considerations are incorporated into design decisions and verification plans.
Support the systems engineering team by developing FAI documentation and criteria, and helping coordinate the inspection event with the production element.
Compensation
Pay Range $87,100.00 - $157,450.00
Responsibilities
Develop FAI documentation and criteria
Coordinate inspection events with production elements
Collaborate with Quality, Hardware Development, Integration, Test, and Scheduling teams
Manage First Article Inspection effort for the program
Lead a team of Systems Engineers and Chief Engineers to develop system concepts, architecture, and integration for Mission Survivability Systems, overseeing program execution and technical quality.
Contribute technical expertise and process leadership in major program reviews, independent technical reviews, SETR events, and program stand-up reviews
Lead customer and leadership briefings for training devices and training curriculum, including content development and peer review
Follow Systems Engineering Integration and Testing framework for SETR event structure and internally review team reviews
Create and refine closure criteria for RFA's/RFI's/ATM's
Review and support implementation of MBSE strategy for training requirements and decomposition into CAMEO model
Requirements
Bachelor's degree in a STEM field
Master's Degree in a STEM field
PhD in a STEM field
Nice to have: Active U.S. Government Secret clearance
Seeking a Principal Systems Engineer or Sr. Principal Mechanical Engineer to support the Sentinel (GBSD) program, focusing on technical planning, system integration, verification, and validation for support equipment.
Performs technical planning, system integration, verification and validation, cost and risk, and supportability and effectiveness analyses for Support Equipment
Work with Design, Integrated Logistics Support, Specialty Engineering, and project management in development of Support Equipment for mission operational system on the Sentinel program
Analysis and perform Model Based System Engineering (MBSE) for Support Equipment Architecture
Perform analyses at all levels of product lifecycle to include concept, design, fabrication, test, installation, operation, maintenance and disposal
Ensures the logical and systematic conversion of customer or product requirements as applicable to support equipment and total systems solutions
Oversee a team of engineers working multiple initiatives including follow-on contracts, new business growth opportunities, internal research and development, and capital projects.
Guide the team in support and adherence to standard SEIT processes and the oversight of cost, schedule, and technical quality for SEIT execution on supported programs, including functional reviews for major milestone events (SRR, PDR, CDR, TRR, etc.) and proposals as applicable.
Work on staffing and workload forecast; employee inclusion, engagement, mentoring and career development; employee training and identification, and training of skills required to execute on programs; management and execution of employee performance review processes; and leadership and execution for a multitude of functional management processes.
Collaborate with our talent acquisition team to meet staffing commitments.
Support initiatives such as Model Based System Engineering (MBSE), Product Line Architecture (PLA), and Agile implementation that provide a competitive advantage for our customers.
Requirements
Bachelor of Science in an engineering / technical discipline
VEL - system modeller/system engineer
Leonardo UK Ltd (Leonardo S.p.A. UK operations) · Posted Nov 5, 2026
The resource will contribute to the design of the GCAP (Global Combat Air Programme) system, focusing on aircraft-level design and Through Life Support.
Locations (2)
Torino, Torino, Italy
United Kingdom
Compensation
37.000 € - 47.000 €
Responsibilities
Design del sistema GCAP, i.e. design a livello velivolo e Through Life Support dello stesso
Sviluppo modello SysML del sistema GCAP
Collaborazione con discipline specialistiche per recepire i loro input nel design del sistema
Collaborazione con discipline specialistiche per fornire output per le loro attività (input a Tier 3 e analisi discipline trasversali)
Definizione processi per lo sviluppo del modello di sistema
Requirements
laurea magistrale in Ingegneria aerospaziale/elettronica
The Staff Training Architect Engineer drives transformative sector-wide improvement by leading the strategic vision for Training, championing MBSE implementation in CAMEO, and serving as the technical training focal point for all programs and captures.
Contribute technical expertise and process leadership in major program reviews, independent technical reviews, SETR events, and program stand-up reviews, and other sector-wide improvement efforts for Training devices and the Training IPT.
Lead customer and leadership briefings for training devices and training curriculum, to include content development and peer review
Follow Systems Engineering Integration and Testing framework for SETR event structure and internally review team reviews
Create and refine closure criteria for RFA's/RFI's/ATM's
Review and support implementation of MBSE strategy for training requirements and decomposition into CAMEO model
Requirements
Bachelors degree in a STEM field
Master's Degree in a STEM field
PhD
Nice to have: Active U.S. Government Secret clearance
