Reliability Engineer – Fleet Optimization & RCA

Chrysos Corporation; Gladstone Regional; On-site; AUD 120,000 - 180,000; Full time

Benefits offered by this job

Flexibility & wellbeing initiatives

Groundbreaking equipment

Career growth opportunities

Job summary

Chrysos Corporation is seeking a Reliability Engineer based in Adelaide to build and lead reliability engineering for the global PhotonAssay fleet. You will turn fault and failure data into prioritized design and process improvements that increase equipment reliability and reduce unplanned downtime.

Responsibilities include leading fleet-wide data analysis, coordinating root-cause investigations across electrical, controls, mechanical, physics and software, and developing a comprehensive failure

Qualifications

• Bachelor's or higher in engineering (mechanical, electrical, mechatronic or related).
• Experience in RCA, FMEA or RCM methodologies (4–7 years).
• Data-literate with ability to interpret fault/failure data and identify trends.

Responsibilities

• Own PCV within PCO process: define criteria, verify, report outcomes.
• Lead fleet-wide fault data analysis to identify recurring failure modes and impact on availability.
• Facilitate RC investigations with multidisciplinary SMEs across electrical, controls, mechanical, physics and software.
• Develop and maintain a failure mode taxonomy (FMEA-based) for PhotonAssay subsystems.
• Support obsolescence decisions by quantifying fleet failure risk and informing retrofit priorities.
• Provide regular fault trend and PCV reports to leadership and technical leads.

Skills

RCA

FMEA

RCM

Data literacy

Cross-disciplinary collaboration

Technical reports

Travel willingness

Education

Engineering degree

Tools

CMMS

PLC/Controls

Job description

Chrysos Corporation is seeking a Reliability Engineer based in Adelaide to build and lead reliability engineering for the global PhotonAssay fleet. You will turn fault and failure data into prioritized design and process improvements that increase equipment reliability and reduce unplanned downtime.

Responsibilities include leading fleet-wide data analysis, coordinating root-cause investigations across electrical, controls, mechanical, physics and software, and developing a comprehensive failure