Lead safety architecture, risk analysis, and verification for autonomous trucking systems.
Compensation
US Pay Range $153,200—$183,800 USD
Responsibilities
Collaborate with Product and System Engineering teams to identify and evaluate hazards related to Functional Safety and Safety Of The Intended Functionality (ISO 26262 & ISO 21448).
Support analysis and evaluation of Acceptance Criteria for identified SOTIF hazards.
Perform hazard analysis and risk assessment (HARA) according to ISO 26262.
Analyze and evaluate the Fault Tolerant Time Interval (FTTI) for identified hazards.
Perform inductive and deductive safety analyses for systems, hardware, and software.
Requirements
Bachelor’s Degree in Computer Science, Robotics, Electrical Engineering or related technical field
Master’s Degree in Computer Science, Robotics, Electrical Engineering or related technical field
PhD in Computer Science, Robotics, Electrical Engineering or related technical field
Design, test, commission, and provide ongoing technical and manufacturing support for advanced automated industrial irradiator equipment.
Responsibilities
Apply in‑depth knowledge of engineering principles and standards
Lead or participate in all aspects of the design and manufacture of irradiator components and assemblies
Coordinate manufacturing, perform safety analyses, create specifications, coordinate and execute testing, compile results and generate reports
Provide input for continuous improvement
Lead mechanical engineering projects and be fully accountable to meet defined budgets, schedules, and functionality requirements
Requirements
Bachelor degree in Engineering (Mechanical)
Nice to have: Prior experience in nuclear industry or similar high‑reliability or regulated environments
Nice to have: Prior experience in the design, analysis and manufacture of automated or industrial equipment (e.g., packaging, material handling, robotics, irradiation/processing systems)
Design, support, and maintain ground‑based infrastructure for the CSEL system.
Compensation
Summary pay range for Experienced level (Level 3): $119,850 - $162,150
Summary pay range for Lead level (Level 4): $146,200 - $197,800
Responsibilities
Applies an interdisciplinary, collaborative approach to plan, design, develop, and verify complex lifecycle balanced system of systems and system solutions.
Evaluates customer/operational needs to define and coordinate system performance requirements, integrate technical parameters, and assure compatibility of all physical, functional, and program interfaces.
Performs various analyses to optimize total system of systems and/or system architecture.
Performs analyses for affordability, safety, reliability, maintainability, testability, human systems integration, survivability, vulnerability, susceptibility, system security, regulatory, certification, product assurance and other specialties quality factors into a preferred configuration to ensure mission success.
Develops, maintains, and identifies improvements for the planning, organization, implementation, and monitoring of requirements management processes, tools, risk, issues, opportunity management, and technology readiness assessment processes.
Requirements
Bachelor of Science degree in Engineering, Engineering Technology (including Manufacturing Technology), Computer Science, Data Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications directly related to the work statement.
Manager, Computers and Digital Systems, Engineering Excellence
Lead and manage a team of Computers & Digital Systems subject matter experts, providing technical oversight, mentorship, and strategic direction across multiple nuclear projects.
Responsibilities
Lead and manage a team of Computers & Digital Systems subject matter experts
Develop and maintain the digital control and hardware strategy for new CANDU reactor projects
Provide governance and technical leadership in computer architecture, equipment qualification, hardware reliability, environmental qualification, and technology lifecycle management
Oversee the development, validation, maintenance, and long-term support of proprietary software tools used for engineering design, analysis, and plant operations
Drive continuous improvement of engineering procedures, technical standards, design guides, and execution processes
Requirements
Bachelor's degree in Engineering
Professional Engineer (P.Eng.) designation in Ontario
Reliability, Maintainability and Safety Engineer focused on Design for Reliability practices and certification compliance for aerospace programs globally.
Responsibilities
Perform RMS analyses at component and system levels
Provide insight and feedback to internal and external customers
Support Design for Reliability across products
Conduct reliability prediction, maintainability, failure modes and effects analyses
Support safety analyses including fault tree and common mode
Requirements
Bachelor Degree in Engineering (preferably Electrical Engineering)
We have an immediate need for a Specialist Reliability and Systems Safety Engineer to join our Missile Propulsion Systems Engineering and Integration (SEI) team in Canoga Park, California. This role offers the opportunity to work on cutting‑edge propulsion technologies that support critical national defense and space missions.
Compensation
In compliance with pay transparency requirements, the salary range for this role in California, the salary range for this role is $92,500 - $171,500.
Responsibilities
Develop and maintain reliability and safety models for various systems, including FMECAs, reliability predictions, subsystem hazard analyses, and range safety assessments.
Provide actionable recommendations to improve product reliability and safety and collaborate with engineering teams and program stakeholders to integrate reliability principles into design processes.
Design and implement reliability test plans for new products and processes, analyze test anomalies and ensure adherence to quality standards.
Drive program compliance with Reliability and System Safety procedures and standard work requirements.
Perform Probabilistic Risk Assessments and lead fault tree analyses related to product anomalies.
Requirements
Bachelor’s Degree
Graduate Degree
In lieu of a degree, minimum of 8 years of prior Reliability System Safety experience
Design and execute software architecture requirements, hardware software interface specifications, and software application/component requirements for ADAS and Automated Driving software features for next generation vehicle controllers.
Responsibilities
Ownership and design responsibility of the ADAS and Automated Driving Software requirement specification and the hardware software interface requirements.
Participate in safety analysis, cybersecurity analysis leading to the requirement development of software design solutions.
Delivering work products supporting the milestones of the launch programs.
Collaboration with hardware designers and the software architects to develop a Hardware Software Interface Specification
Verification support of software testing and integration testing.
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