Industrialization Engineer H/M

Job description

Responsible for increasing the industrial capacity and maturity of the organization by leading and supporting new operational methods required for engine maintenance, strengthening processes, and collaborating with multidisciplinary teams in problem-solving and continuous improvement actions for existing methods.

Job Responsibilities

• Contribute to the achievement of strategic objectives in HSE, productivity, quality, cost, and delivery, integrating the principies of the Safety Management System (SMS)
• Meet the KPl´s applicable to the role, ensuring on-time results, resource optimization, and continuous improvement
• Act with ethics, integrity, and cross-functional collaboration, strengthening organizational efficiency and data-driven decision-making Comply with the Quality Management System documentation, applicable regulatory requirements, and the Safety Management System (SMS)
• Provide effective follow-up on 8D / Root cause analysis corrective actions and, when designated as 8D / Root cause analysis leader, ensure timely closure
• Manage new industrialization projects through a multidisciplinary team and using Safran Aircraft Engine Services global tool for process validation ending with the put in place of a new operational method
• Create and put in place new working documents ensuring external and internal requirements
• Participate in the development and industrial validation for new maintenance procedures in coordination with Safran Aircraft Engines MRO network and other Safran business units
• Ensure compliance of the existing and new operational methods and related working documents to the latest technical documentation lmprove and ensure the continuous improvement of the existing operational methods focusing on the organization SQCDP targets
• Ensure technical support of the existing operational methods and working documents
• Lead and participate in problem solving activities and multidisciplinary groups concluding in effective solutions using Lean philosophy and tools
• Participate in the evaluation committees which permit the operative personnel release
• Lead equipment and machinery introduction or requalification needed for operational methods Required knowledge: Analysis and interpretation of technical documentation GD&T and manufacturing or assembly drawings interpretation Technical risk analysis and management MRO standard practices or manufacturing processes application and limitations Industrialization and process validation Turbofan engine architecture, functioning and identification basic proficiency Problem Solving methodologies and tools application and limitations OEM, customer or authorities technical documentation consultation, relation and applicability Core quality tools (APQP, PPAP, FMEA , SPC and MSA ) application and limitations Mechanical engineering and materials science basic proficiency
• Schedule availability, shift roster Aeronautical Engineer Mechanical Engineer Industrial Engineer