Rotating Equipment Reliability Engineer

As a Rotating Equipment Reliability Engineer at Redwood Materials, your key responsibilities will include designing and improving preventive maintenance strategies for rotating equipment, evaluating condition monitoring data, and implementing new technologies to enhance efficiency. You'll also facilitate root cause analyses and coordinate with cross-functional teams to ensure safe and efficient operations, greatly impacting our battery recycling processes.

To apply for the Rotating Equipment Reliability Engineer position at Redwood Materials, candidates should have a Bachelor's degree in Mechanical Engineering, Chemical Engineering, or a similar discipline. Additionally, 3-5 years of experience in an industrial plant operations environment is preferred, along with excellent communication skills and a CMRP certification being a plus.

In the Rotating Equipment Reliability Engineer role at Redwood Materials, you will play a crucial part in optimizing the operational efficiency of our battery recycling line. By designing preventive maintenance strategies and analyzing equipment performance, you'll help minimize downtime and improve overall productivity, which is essential for our mission of making sustainable energy solutions accessible.

Essential skills for a Rotating Equipment Reliability Engineer at Redwood Materials include strong analytical abilities, proficiency in condition monitoring techniques, and excellent verbal and written communication. The ability to work independently and collaboratively with cross-functional teams is also vital, as is familiarity with industrial plant operations and maintenance practices to effectively execute your responsibilities.

The work environment for a Rotating Equipment Reliability Engineer at Redwood Materials can be dynamic and fast-paced. You will be working around hazardous materials, so appropriate personal protective equipment (PPE) is a must. Some tasks may occur outdoors, and you will collaborate closely with various teams to ensure safety and efficiency in operations across our battery recycling and refining facilities.

In your response, highlight specific strategies you've implemented in previous roles, emphasizing how they contributed to reducing downtime and maintenance costs. Discuss any technologies or methodologies you've used, such as predictive maintenance tools, to support your approach.

Discuss your familiarity with condition monitoring metrics and tools, such as vibration analysis or thermography. Share examples of how you've interpreted this data to identify potential issues and implemented solutions to enhance equipment reliability effectively.

Outline your step-by-step process for performing a Root Cause Analysis, including how you gather data and engage cross-functional teams. Provide an example of past experience where your findings led to tangible improvements in equipment reliability.

Share a specific project where you revamped a maintenance program. Detail what prompted the improvement, your actions, and the outcomes achieved, such as increased equipment uptime or reduced operational costs.

Talk about your prioritization strategies, such as assessing the impact on production, resource availability, and potential safety hazards. Give an example of how you've handled multiple failures and the decisions you made to ensure operational stability.

Emphasize the importance of teamwork in achieving maintenance goals. Share instances where collaboration with other departments led to successful outcomes, demonstrating your ability to work across various functions to ensure equipment reliability.

Discuss specific challenges related to wear and tear, unexpected failures, or inventory management for spare parts. Explain how you addressed these challenges and improved practices, emphasizing your problem-solving skills.

Add details on your commitment to professional development. Mention relevant certifications, workshops, or courses you've completed, and discuss how you apply new knowledge and technologies to your role to enhance equipment reliability.

Share your understanding of safety regulations and industry standards related to operating and maintaining rotating equipment. Provide specific examples of safety protocols and PPE you utilize to protect yourself and your coworkers.

Discuss the communication tools and practices you employ, such as regular meetings or maintenance logs, to share insights and updates about equipment status. Highlight the significance of clear communication in preventing misunderstandings and ensuring smooth operations.