How you embrace curiosity daily.

• Analyze statistical data, performance losses, and cost drivers to predict equipment failures and uncover improvement opportunities.

• Facilitate root cause analysis using techniques like FMEA, Fault Tree Analysis, and PHA for complex machinery issues.

• Test new ideas and support machine trials to optimize process performance and material changes.

• Review preventive maintenance programs and recommend technical updates to increase machinery availability.

• Assess the technical feasibility of proposed changes from procurement and operational teams.

• Explore innovative ways to streamline maintenance approaches while cutting overall operational costs.

How you make your mark.

• Maximize equipment availability and reliability while lowering maintenance costs across the plant.

• Develop effective maintenance strategies and clear standard operating procedures for autonomous maintenance.

• Lead cross-functional improvement teams to solve persistent technical problems and boost site productivity.

• Support capital investment projects to ensure new equipment meets strict maintainability standards and spare part requirements.

• Conduct risk assessments to maintain full compliance with statutory inspection requirements, safety guidelines, and product quality standards.

What you bring to the team.

• Strong experience as a reliability engineer or production specialist in a manufacturing environment.

• Deep knowledge of reliability engineering techniques including FMEA, FTA, PHA, and criticality analysis.

• Proven ability to facilitate root cause analysis and resolve complex technical equipment failures.

• Practical background in developing preventive maintenance strategies, SOPs, and machine inspection criteria.

• Hands-on experience supporting new machine installations, engineering trials, and capital projects.

• Strong communication skills to guide production teams and collaborate on safety and quality standards.

What sets you apart.

• Experience applying maintainability analysis within high-volume automated production settings.

• Degree or formal qualification in Mechanical, Electrical, or Reliability Engineering.