The ideal Mechanical Startup Engineer is a hands-on commissioning professional who has personally planned and executed pre-commissioning, commissioning, startup, testing, and initial operation of complex process systems. They possess broad multidisciplinary knowledge spanning mechanical, electrical, instrumentation, controls, and operations; can directly supervise startup craft activities; develop detailed execution and contingency plans; define temporary testing requirements; prepare complex isolations; and own the complete technical documentation and turnover process necessary to safely bring systems into operation. Experience goes beyond oversight, inspection, or contractor management; has directly led and performed testing activities in the field. Demonstrated experience bringing systems from mechanical completion through integrated operation and turnover to operations. Deep understanding of complete process systems, not just mechanical equipment. Understands mechanical, electrical, instrumentation, controls, and process interactions required for safe startup and operation. Capable of evaluating how system changes, deficiencies, or delays impact startup execution and overall plant readiness. The client is partnering with NextDecade to support their vision to provide the world access to lower carbon intensive energy with their Rio Grande LNG (RGLNG) project in Brownsville, Texas. RGLNG is a natural gas liquefaction and terminal situated on a 984-acre site on the banks of the Brownsville ship channel. The first phase of the RGLNG project consists of three liquefaction trains, two storage tanks and one marine berth. At full capacity, the five-train facility will have a production capacity of 27 million tonnes per annum (MTPA). The CSU Mechanical System engineer will be assigned systems on the project for which they will have full responsibility for commissioning. This will require coordinating with electrical, instrumentation and control systems disciplines within the CSU organization to complete all required testing from component level through integrated operation with the rest of the facility. Testing to be performed will generally include, but not be limited to: flushing piping systems, performing vessel closeout inspections, running in driven equipment (including vibration testing) such as pumps, compressors, fans, etc., checkout and testing of prime movers such as diesels and turbines, inspection and setting of safety valves, testing heat exchangers, performing ISTs, logic testing of system functions (e.g., interlocks, trips and permissives), and generally supporting other disciplines (electrical, instrumentation, controls and plant operations) to complete commissioning tests.
Stand Out From the Crowd
Upload your resume and get instant feedback on how well it matches this job.
Job Type
Full-time
Career Level
Senior