Quality Assurance & Reliability Engineer (RCA & Maintenance)

Fluor; Vanderbijlpark; On-site; ZAR 360,000 - 540,000; Full time

Job summary

Fluor Corporation in Vanderbijlpark, Gauteng seeks a Quality Assurance & Reliability Engineer with a strong mechanical background. The role focuses on maintenance reliability, root cause analysis, and continuous improvement within a rotating equipment environment.

You will manage NCRs, lead RCA investigations, and apply FMEA/FMECA, 5 Why, and Ishikawa analyses to drive reliability upgrades and safer operations.

Qualifications

• Diploma/degree in Mechanical Engineering required.
• 3–5 years in maintenance, reliability, or rotating equipment environments.
• Experience implementing maintenance strategies and reliability improvements.
• Exposure to quality assurance and non-conformance processes.
• Experience with RCA, FMEA/FMECA, and related methodologies.

Responsibilities

• Manage and maintain the NCR database and related records.
• Coordinate internal NCR investigations and audits.
• Lead RCA investigations for machine failures and deviations.
• Apply 5 Why, Ishikawa, FTA, and other problem-solving techniques.
• Document failures, corrective actions, and next steps.
• Collaborate with Maintenance to identify reliability improvements.
• Develop maintenance strategies where none exist.
• Conduct and facilitate FMEA/FMECA studies.
• Review and optimize maintenance strategies to boost plant reliability.

Skills

Maintenance experience

Reliability engineering

Root cause analysis

Quality assurance

FMEA/FMECA

5 Why Analysis

Fishbone Analysis

Fault Tree Analysis

Education

National Diploma/B-Tech/Degree in Mechanical Engineering

Job description

Fluor Corporation in Vanderbijlpark, Gauteng seeks a Quality Assurance & Reliability Engineer with a strong mechanical background. The role focuses on maintenance reliability, root cause analysis, and continuous improvement within a rotating equipment environment.

You will manage NCRs, lead RCA investigations, and apply FMEA/FMECA, 5 Why, and Ishikawa analyses to drive reliability upgrades and safer operations.