Engineer Reliability

As a Reliability Engineer at Sibelco, your primary responsibilities include leading the execution of reliability excellence programs, analyzing equipment failure data patterns, and defining proactive maintenance strategies. You'll work collaboratively with maintenance, production, and engineering teams to ensure optimized and safe operations across our facilities.

To become a Reliability Engineer at Sibelco, you should have at least 5 years of experience in mechanical or electrical engineering. A background in mechanics or electronics is crucial, and experience in the mining industry is preferred. Relevant certifications such as Certified Plant Engineer or Certified Maintenance Reliability Professional will also be beneficial.

At Sibelco, we are committed to the growth and development of our employees. As a Reliability Engineer, you will have access to training programs, workshops, and opportunities to collaborate with experienced professionals. We believe in nurturing talent and aligning your aspirations with our company’s vision.

As a Reliability Engineer at Sibelco, expect to work in a dynamic environment that fosters innovation and teamwork. Our culture encourages collaboration across various teams, allowing you to contribute your expertise while also learning and growing in your role. We value diversity and inclusivity, making it a welcoming place for everyone.

Sibelco offers a comprehensive benefits package to its employees, including medical, dental, and vision insurance, life and disability insurance, and a 401(k) retirement savings plan. We also prioritize the well-being of our employees, providing critical illness insurance and other resources to support a healthy work-life balance.

When addressing this question, share specific examples of how you've implemented reliability-centered maintenance in past roles. Highlight the methodologies you used, the challenges you faced, and the positive outcomes that resulted from your initiatives.

For this question, discuss your approach to analyzing failure data and how you rank the criticality of assets. Describe the tools and criteria you use to ensure that the most impactful maintenance tasks are assigned priority, thereby enhancing operational reliability.

In answering, mention the specific predictive maintenance technologies you've used, such as vibration analysis, infrared thermography, or oil analysis. Discuss how these technologies have contributed to improved reliability and cost savings in your previous roles.

Provide a detailed overview of your process when analyzing equipment failure data, including the type of software you use, how you identify patterns, and the steps you take to formulate actionable insights to prevent future failures.

When recounting a successful project, be specific about your role, the challenges you encountered, the strategies you employed, and the results. Include metrics that demonstrate the impact of your project on improving asset reliability.

Share your methods for staying informed, such as attending industry conferences, participating in webinars, reading industry publications, and engaging with professional networks. This demonstrates your commitment to continuous learning in the reliability engineering field.

Discuss the specific ERP systems you've worked with and how you've utilized them for predictive and preventive maintenance tasks. Emphasize your ability to integrate ERP data into your maintenance strategies to enhance operational efficiency.

Highlight your understanding of the relevant quality standards, your past experiences in maintaining compliance, and any certifications you hold. Discuss specific procedures or audits you've undertaken to ensure adherence to these standards.

Express your enthusiasm for Sibelco’s mission and values. Connect your personal career goals with what Sibelco stands for, and explain how you believe your skills and experience will contribute to their success in reliability engineering.

Mention essential soft skills like communication, problem-solving, and teamwork. Illustrate how these skills complement your technical abilities, enabling you to work effectively within cross-functional teams and address challenges efficiently in the workplace.