Safety and Reliability Engineers
// Role Summary
Rolls-Royce is seeking Safety and Reliability Engineers in Bristol to ensure the safety and dependability of their products, playing a critical role in Defence strategy. Join a team that values innovation and progress, powering, protecting, and connecting people worldwide.
// Key Responsibilities
- Apply key Safety & Reliability processes (e.g., Hazard Analysis, FTA, FMECA).
- Collaborate with specialists and senior project figures.
- Numerically assess system rejection causes for operational insights.
- Utilize statistical methods for reliability assessment and risk identification.
- Influence design decisions by evaluating failure impacts.
- Requires a STEM degree or relevant engineering experience.
// Role Specification
About the Role
An exciting opportunity has arisen for a Safety & Reliability Engineer to join our team in Bristol. In this role, you will work closely with key internal and external stakeholders to support critical programme milestones, contributing to the successful delivery of our Defence strategy. Your expertise will help ensure the safety and reliability of our products, enabling our customers to operate with confidence.
What you will be doing
- Apply Safety & Reliability processes such as Hazard Analysis, Fault Tree Analysis (FTA), Failure Modes Effects & Criticality Analysis (FMECA), and Quantitative Risk Assessment.
- Work with various specialists and senior project figures, including the Life Cycle Engineering and Design Engineering functions.
- Capture and numerically assess system rejection causes to provide insights to the Services organisation for operational availability and cost considerations.
- Utilise statistical methods to assess system reliability and identify potential risks.
- Influence design decisions by evaluating failures and their impact on safety and reliability.
Position qualifications
Being a part of Rolls-Royce, we put safety first, do the right thing, keep it simple and make things happen. These principles form our behaviours. They are an essential component of our assessment process and are fundamental qualities that we seek for all roles.
- Hold a degree in a STEM subject or have relevant engineering experience. Other qualifications, combined with experience, may also be considered.
- Have the ability to think critically about system failures and their broader operational impact.
- Be comfortable with statistical mathematics and uncertainty analysis.
- Possess knowledge of gas turbine engines, including their design, operation, and environment.
- Have a logical approach to problem-solving and the ability to collect, filter, and evaluate data from design, test, and service.