Repair Engineer

Duties and Responsibilities:  Establish general work procedures and standards for the repair and refurbishment of components managed by MPW-SAU.  Understand and implement the quality policy of MPW-SAU, ensuring adherence to established standards.  Write and revise Quality Management procedures as required.  Ensure that the Quality Management System (QMS) of the workshop is well-maintained and conforms to relevant requirements and standards.  Prepare and update technical documentation, engineering sheets, work procedures as needed.  Generate detailed and accurate reports on repair activities, findings, and recommendations.  Conduct root cause analysis initiatives to identify and address process-related concerns, contributing to continuous improvement efforts.  Assist in the metallurgical examination of a wide variety of materials and processes according to standard procedures.  Utilize inspection techniques, including visual inspection, microscopy, and non-destructive testing, to assess component integrity to make accurate observations in line with standard procedures.  Work under tight deadlines to produce high-quality reports.  Support and work closely the repair engineering team in improving workflow and developing techniques for novel materials and processes.  Participate in initiatives to enhance repair techniques, reduce turnaround times, and improve overall quality.  Work closely with Lead Repair Engineer and MHI’s repair engineering team to qualify repair processes.  Maintain a flexible outlook and seek new opportunities to grow business for HGPP shop.  Demonstrate a good understanding of health and safety issues concerning workshop activities.  Work with minimal supervision and be willing to work under pressure.  Maintain high-quality work within short timeframes.  Have a solid understanding of steel/Ni super alloy metallurgy, especially during heat treatment and welding.  Good knowledge of metallographic preparation techniques (especially steels, Ni based super-alloys and coatings).  Understand typical mechanical testing methods such as tensile, fatigue, and stress rupture testing.  Adopt a flexible approach to enable effective problem-solving and fast turnaround of novel specimens.  Address technical challenges in repair processes with a proactive and flexible approach.  Provide necessary support to factory management by participating in internal and external audits, ensuring all procedures and documentation are in compliance.  Comply with any designated tasks assigned by factory management, demonstrating flexibility and a willingness to support operational needs.  Perform any other duties as required to support the business objectives and enhance overall team efficiency.  Prepare and present clear and concise reports to the Factory Leader and Lead Repair Engineer, summarizing work performed during each engagement.