Project M&E MS Quality Engineer
Job Description
Essential Credentials (Must meet one of the below)
Bachelor’s Degree in Renewable Energy Bachelor’s Degree in Electrical Engineering Bachelor’s Degree in Quality Management Or Minimum 3 Years experience in the Wind Energy industry with proven track record of excellence
Essential Responsibilities
Responsible to develop and maintain up to date the standard documentation package related to M&E completion of the GE Wind offshore turbines. Follow design evolution to ensure M&E scope optimization during execution phase. Responsible of costings of Mechanical and Electrical (M&E) scopes on tender. Support the PMO ITO Coordinator with M&E concepts and costing. Support the PMO ITO Coordinator to review Customer documentation tender package. Support the project M&E Package Manager with SVMX KPI reports. Support project Installation team with expertise on component layouts for all connections between foundation, tower, nacelle and blades other than the main bolted connections. Support project Quality team with incoming and RFLO inspections. Support project M&E Supervisors with technical support. Create and follow punch list defect points and non-conformity records related to M&E completion activities. Ability to travel to product manufacturing facilities to address serial issues. The M&E works contains all the connection works and acceptance tests between the main component of the wind turbine from the foundation or transition piece to the blades happening during or just after the installation phase and before the commissioning phase of the wind turbine. Scope of Work
Maintain close relationships with turbine engineering. Participate to design development and review with regards to cable deployment and connection and mechanical finishing activities. Optimize WTG design by considering offshore operations in line with product business target. Define M&E sequences and processes based on execution scenario. Create the method statements: define resources, equipment, and tools. Maintain up to date method statements in the document management system and ensures approval from Turbine Engineering. Participates in customer meetings to develop M&E scope of work. Comply with EHS policy. Support tower project team with definition of electrical interfaces between Wind turbine and foundation or transition piece.
Project M&E MS Quality Engineer
Support the installation team for the definition of turbine electrical requirements during offshore transit and installation period. Support tender engineer to prepare costings associated to planning’s for equipment’s and manpower. Supports M&E Supervisors and PLI Completion Teams with training in M&E document sourcing through Corella, SVMX, and Quality Suite. Participate with the Installation/M&E team on project to the mobilization and demobilization of the tools. Captures lesson’s learned from the construction teams on project and update documentation or trigger engineering change.
Schedule Commitment
Day Shift. Normal operating hours in the GE Marshalling Harbor are from 8:00am – 4:00pm. 50hrs/wk guaranteed for travelling hires of this role. Overtime eligible. 6 wk-on, 1 wk-off (normal onshore rotation schedule) or Mon-Sat with Sunday off throughout the project. Must be travel compliant to the US and eligible to travel to France, Portugal, Spain, Denmark, and UK. With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the Oil & Gas, Power & Renewables, Chemicals, Construction & Infrastructure, Life Sciences, Mining and Manufacturing sectors worldwide. With more than 80 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed. We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients. #J-18808-Ljbffr