Seeking an Engineer, Rotating Equipment to develop and progress Ready for Operations (RFO) activities, ensuring seamless transition from EPC to operations. The role is a technical SME for turbines, generators, compressors, and pumps.
Locations (2)
Plaquemines, Louisiana, United States
Point Celeste, Louisiana, United States
Responsibilities
Serves as a resident company Subject Matter Expert, providing advice and guidance on Rotating Equipment system engineering issues.
Provide daily-to-day Rotating Equipment and Mechanical systems support to the Maintenance & Operations teams to ensure continued operability of plant equipment.
Providing advanced diagnostic support, to allow rapid production recovery, in the event of equipment failure and forced plant outage.
Provide Root Cause Failure Analysis (RCFA) leadership during RCFA exercises.
Wrap up summaries (with causes and recommendations) and present to concerned parties.
The Lead Engineer, Rotating Equipment is responsible for developing and progressing Ready for Operations (RFO) activities, ensuring seamless transition of the facility from EPC to the operations phase. The role requires in-depth understanding of turbines, motors, generators, compressors, and pumps.
Responsibilities
Will provide advice and guidance on Rotating Equipment system engineering issues.
Provide daily-to-day Rotating Equipment and Mechanical systems support to the Maintenance & Operations teams to ensure continued operability of plant equipment.
Providing advanced diagnostic support, to allow rapid production recovery, in the event of equipment failure and forced plant outage.
Provide Root Cause Failure Analysis (RCFA) leadership during RCFA exercises.
This include the ability to wrap up summaries (with causes and recommendations) and present to concerned parties.
Requirements
Bachelor’s degree in Engineering or other relevant technical discipline
Lead design, development, validation, and continuous improvement of hydraulic and fluid‑handling components for the stainless‑steel dishwasher platform, driving cost‑out initiatives and ensuring performance, reliability, and manufacturability.
Responsibilities
Lead design, redesign, and validation of fluid‑handling and hydraulic components
Develop robust water‑carrying sub‑systems
Create engineering documentation including CAD, drawings, specifications, DFMEA, DVP&R, BOMs
Perform flow modeling, pressure drop analysis, leak‑risk assessments, material selection
Identify and drive cost‑out opportunities
Requirements
Bachelor’s degree in Mechanical Engineering, Hydraulics, or related engineering field