Reliability Engineer

Koch•Toledo, OR

67d•Onsite

About The Position

Georgia-Pacific is hiring a Reliability Engineer to join their team in Toledo, OR (Containerboard)! This role will utilize a core set of principles to drive continuous improvement in safety and performance. The successful candidate will use their experience and knowledge to support the mill’s reliability efforts. The Reliability Engineer will focus on reliability best practices across operational departments within the Toledo mill. This role will work with various groups to grow and expand reliability knowledge and skillsets while supporting mill performance.

Requirements

Bachelor's Degree or higher in an Engineering discipline (i.e. Chemical, Mechanical, Industrial, Pulp & Paper)
Experience with continuous manufacturing processes through work experience or project-based work
Experience using Microsoft Office tools in the following manner: Excel (sorting data, creating tables and creating graphs); Outlook (scheduling tasks, calendar invitations and general professional correspondence); and Word (document creation/editing)

Nice To Haves

Two (2) or more years of experience working in a manufacturing, industrial, or military environment
One (1) or more years of experience of reliability experience in manufacturing, industrial, chemistry, oil & gas or military environment
Experience with paper processes and equipment operation
Experience with chemical process safety
Six Sigma training and certification

Responsibilities

Drive a culture of safety and environmental excellence through critical hazard identification, risk reduction, and risk mitigation
Collaborate directly with operators, shift leaders and asset managers to meet the business objectives of the department and influence continuous improvement
Apply reliability best practices including essential crafts and skills, precision maintenance, lubrication and vibration analysis to solve issues and improve equipment performance.
Assist with providing reliability support to Maintenance and Operations (troubleshooting, problem solving, cost estimating and implementation of mechanical design solutions)
Partner with the Reliability Department on Root Cause Failure Analysis (RCFA) and Failure Mode Effects Analysis (FMEA) efforts to identify root causes of complex and/or repetitive problems and put in place executable corrective actions
Collaborate on the implementation of preventative and predictive maintenance strategies for new and existing equipment