Systems Safety Engineering and Analysis

RLE INTERNATIONAL is one of the world’s leading engineering and consultation service providers to the international mobility and energy industries. Based on our engineering development and methodological expertise, we claim thirty years of experience creating innovative and effective solutions for our international customers. RLE believes in providing excellence in Engineering Services and supporting our customers in developing mobility solutions worldwide. Locations in Europe, North America, Australia, India, and China allow us to remain close to our customers. Our 2,100 employees play an active role in shaping the future of our company by continuously increasing their personal and technical development.

Systems Engineer Controls
Responsibilities include developing chassis control work products, refining feature and system requirements, driving decomposition of system level requirements, collaborating with Functional Safety engineers, employing Model Based System Engineering, creating quality documents, design validation, test case development, continuous improvement in test coverage, working with HIL and virtual validation teams, executing real-world evaluation, and coordinating root-cause analysis.

Develop and refine feature and system requirements to meet customer, regulatory and functional safety needs.

Work with Functional Safety engineers to develop and refine feature functional safety requirements, item definition, hazard analysis/risk assessment and functional safety concept in compliance with ISO-26262/Ford Functional Safety process.

Employ Model Based System Engineering to evaluate chassis control systems and integrate with interfacing vehicle systems.

Develop and refine quality documents to ensure robust implementation of requirements (Boundary Diagram, FMEA, P-Diagram, Interface Matrix).

Employ Model Based System Engineering to create and evaluate chassis control system boundary diagrams and FMEAs.

Develop design validation methods to ensure feature robustness across all vehicle environmental conditions and customer usage.

Work with the Hardware in the Loop (HIL) and virtual validation teams to establish procedures to reduce dependence on vehicle-level testing.

Help execute real-world evaluation via vehicle/HIL/virtual testing and identify system problems/issues.

Support and coordinate root-cause analysis with internal functions and external suppliers to ensure delivered system achieves feature requirements.

Technical Requirements - Requirements written to control how steering software will use feedback from sensors to induce an assist counter to inputs to cancel vibrations in the steering wheel.

Agile Software Development - maintaining Jira epics and stories to track tasks required to complete an assignment and progress toward completion.

Working with other engineers to coordinate tasks and deliverables on complex projects. Identifying resources to contribute to the project.

4+ years of experience in system engineering including experience with System V, Functional decomposition, design analysis, Concept, Logical and technology level requirements development, System integration and FMA analysis.

Experience with Functional Safety (ISO26262) and Failure Mode Avoidance.

Verification proficiency (e.g. design verification methods, data acquisition/analysis, hardware-in-the-loop, etc.).

Bachelor's Degree

Hybrid (4 days in office, Friday at home optional)

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