Monolith, headquartered in Lincoln, NE, is excited to announce its search for a Mechanical Reliability Engineer Intern. If you like tearing things apart to learn how they work, make improvements to make them better and then put it back together, this will be an exciting role for you!
At Monolith we apply scientific principles, engineering practices and a lot of hard work to solve real problems that have a global impact. We use sophisticated analysis methods, advanced manufacturing techniques, and often even our hands to build first of its kind technologies. We do not compromise on safety, quality, or performance. If you want to solve tough problems, build real things, and have a big impact then you should join us.
The Mechanical Reliability Engineer Intern will be responsible for developing Reliability Strategies for critical rotating machinery and implementing the strategies, as well as Root Cause Analysis for mechanical equipment failures and development of Pi Screens. The role will also be responsible for preliminary design and scope development of future projects in the plant.
Working with the operations and maintenance team daily to learn and understand how the plant operates
Driving the continuous improvement of maintenance systems through development of criticality-based equipment strategies and route development including preventative maintenance and condition monitoring
Working with the team to help lead reliability data analysis efforts
Participate in Root Cause Analysis for mechanical equipment failures
Performs other duties as needed
Eager to learn and curious; not afraid to ask questions
Attention to detail
Honest with capabilities; understands where knowledge gaps are and seeks to fill them
Data-driven; uses hard evidence to back up conclusions
Ability to translate textbook chemical engineering principles into real world scenarios
Easy-going, can-do attitude
Willing to acknowledge faults and seeks feedback to improve
Completed at least 1 semester of their 3rd year in an accredited Mechanical Engineer program, and have excelled in the following courses:
Solid Mechanics and Machine Design
An equivalent combination of education and experience to successfully perform the job duties and responsibilities
Work will be performed within an operating plant environment. The majority of time will be spent within the management office, but time working within the plant footprint will also be required.