
Condition Monitoring Analyst
- Brisbane, QLD
- Permanent
- Full-time
- Summarise condition monitoring data inputs to provide timely information assisting customers to schedule and prioritise maintenance work.
- Reviewing of telemetry electronic data sets.
- Develop & maintain an understanding of Fluid & Wear Debris Analysis data as diagnostic tools for predictive maintenance.
- Provide appropriate feedback to the customer and organisation contacts with a strong focus on machine up time.
- Enable, promote and maintain strong value add, working relationships with customers across all levels and touch points.
- Opportunities for training, mentorship, and career development specific to your role.
- Competitive remuneration package and annual salary reviews
- Work life balance through flexible working arrangements.
- A supportive, diverse, and inclusive team spread across Australia and internationally.
- Access to growth opportunities at a regional, national, and international level through our global Sime Darby network.
- Dedicated programs and utilities to support your physical, mental, and financial health, such as our Employee Assistance Program, free health checks, and discounted private health insurance.
- Employee discounts, rewards, and incentive programs.
- Paid parental leave options
- Salary continuance insurance
- Free on-site parking
- High Mechanical Aptitude with a passion for understanding fluid lubricated systems.
- Trade Qualified Diesel Mechanic/Fitter, Automotive Mechanic or Batchelor of Mechanical Engineering will be advantageous, but not essential.
- An understanding of fleet management, machine operation and maintenance procedures.
- Strong communication skills with the ability to build strong business relationships with stakeholders and clients based on trust and value.
- Demonstrated ability to construct concise reports with high attention to detail.
- Excellent computer skills.
- Familiarity with Vital Information Management System (VIMS) highly regarded.
- The ability to correlate data and research product problems independently.