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.
Perform laboratory tests to determine chemical and physical characteristics of in-process batches, raw materials, and finished products for quality control, process control, or product development.
Responsibilities
Verify formula and component specifications on batch tickets
Set up, adjust, calibrate, and operate laboratory equipment and instruments
Test samples of manufactured products to verify conformity to specifications
Record test results on batch tickets and on computer operating system
Manage quality records and retains of production batches
Senior Systems Engineer to support the Navy's AEGIS Weapon System and associated combat system elements, focusing on Model-Based Systems Engineering, system architecture development, and engineering analysis.
Compensation
Salary Range: $90,000 - $140,000 plus comprehensive benefits package.
Responsibilities
Develop, maintain, and evaluate system architectures and engineering models supporting naval combat systems, weapon systems, and associated combat system elements
Apply MBSE methodologies to define system requirements, architecture relationships, functional behaviors, interfaces, and system configurations
Perform systems engineering analysis, technical assessments, and trade studies to evaluate system functionality, performance, interoperability, and integration considerations
Support the development, maintenance, and configuration management of system requirements, technical documentation, engineering baselines, system interfaces, and architecture products
Evaluate system design changes, integration dependencies, and mission-level functional requirements to identify technical risks and develop engineering recommendations
Requirements
Bachelor's degree in Engineering, Computer Science, Information Systems, or another related scientific or technical discipline
Nice to have: Experience supporting Navy combat systems
Nice to have: Experience with U.S. Government and Foreign Military Sales (FMS) system configurations
Senior Systems Engineer to support the Navy's AEGIS Weapon System and associated combat system elements, focusing on Model-Based Systems Engineering, system architecture development, and engineering analysis.
Compensation
Salary Range: $100,000 - $140,000 plus comprehensive benefits package.
Responsibilities
Develop, maintain, and evaluate system architectures and engineering models supporting naval combat systems, weapon systems, and associated combat system elements
Apply MBSE methodologies to define system requirements, architecture relationships, functional behaviors, interfaces, and system configurations
Perform systems engineering analysis, technical assessments, and trade studies to evaluate system functionality, performance, interoperability, and integration considerations
Support the development, maintenance, and configuration management of system requirements, technical documentation, engineering baselines, system interfaces, and architecture products
Evaluate system design changes, integration dependencies, and mission-level functional requirements to identify technical risks and develop engineering recommendations
Requirements
Bachelor's degree in Engineering, Computer Science, Information Systems, or another related scientific or technical discipline
Nice to have: Experience supporting Navy combat systems
Nice to have: Experience with U.S. Government and Foreign Military Sales (FMS) system configurations
The Enterprise Innovation Developer II serves as an advanced individual contributor and technical leader responsible for complex automation, integration, and AI-enabled solutions. The position independently architects, develops, deploys, and supports complex or high-impact solutions.
The starting salary for this role is $78,158-$83,042 based on experience.
Responsibilities
Lead the architecture, design, development, implementation, and ongoing support of complex or high-impact automation and AI-enabled solutions involving multiple systems, advanced integrations, sensitive data, emerging technologies, or significant operational dependencies.
Establish, improve, and maintain reusable solution patterns, technical standards, development controls, testing and evaluation approaches, and documentation practices that improve consistency, reliability, security, maintainability, and supportability across solutions.
Provide technical leadership during discovery and solution design; evaluate alternative approaches, integrations, dependencies, scalability, security, supportability, controls, and operational impacts; and provide technical recommendations to business and technology stakeholders
Lead the diagnosis and resolution of complex production incidents, integration failures, performance issues, and systemic defects; perform or coordinate root-cause analyses; and develop corrective and preventive actions with internal teams and vendors.
Review solution designs, code or configuration, testing evidence, AI evaluations, and release packages; provide technical guidance, peer review, and mentoring to developers and interns; and promote effective engineering and solution-development practices.