Functional Safety Engineer

RESPONSABILITIES

1. Create functional safety goals and cascade requirements in adherence to ISO

26262

2. Develop safety related documentation including safety plan, safety case, item

definitions, HARAs, FTAs, DFMEAs and similar

3. Ensure all safety related requirements are defined, complete and traceable through

to verification and validation

4. Work with independent reviewers to audit and ensure functional safety compliance

5. General Duties

6. Undertake any other duties / tasks assigned, which may include providing support

to other departments.

7. Suggest & implement approved improvements to company processes

8. Represent Plastic Omnium in a professional manner

9. Be knowledgeable about the full range of Plastic Omnium work

10. Health & Safety

11. To follow all Health and Safety procedures.

12. To identify any Health & Safety concerns in your day-to-day work and escalate as

appropriate.

REQUIREMENTS

Essential

1. Working knowledge of the Systems Engineering V-model

2. A good understanding of electric drivetrain architectures and familiarity with

different types of components such as batteries, motors, power electronics

Desirable

Confidential -C2- Internal

1. Working understanding of hydrogen fuel cell and battery electric vehicles such as

types of hazards

Skills & Experience

1. Engineering experience throughout an entire product lifecycle minimum 5 years

2. Significant experience of ISO 26262 preferably within an automotive OEM or Tier 1

supplier

3. Good data presentation skills (reporting and documentation)

4. Well organized, comfortable following process and excellent attention to detail

Desirable

1. Experience in other functional safety standards for non-automotive applications e.g.

ISO 50657

2. Knowledge and experience of failure mode avoidance processes including DFMEAs

and Fault Tree Analysis throughout the product engineering lifecycle, from concept

to production

3. Experience in using requirements management systems such as DOORS or

Codebeamer, similar

4. Prior use of software tools designed for functional safety such as Ansys Medini

Analyze

5. Experience assessing and understanding system models e.g. SysML or RAAML in

tools such as Sparx Enterprise Architect, IBM Rhapsody

6. Experience in software quality and process e.g. ASPICE

7. Experience in developing and working to a Design Verification Plan

EDUCATIONAL QUALIFICATIONS

Degree in engineering or related discipline