MISSIONS & OBJECTIVES
Reporting directly to the Engineer Manager, you are the industrial method focal for production
Your objectives and mission:
Within the Engineering & Industrialization Department, you will be the Industrial Method Engineer leading on the deployment of new product capabilities and industrial means for MRO or production activities in a regulated aviation environment.
This includes capability development from feasibility to Entry Into Service (EIS), coordination with Central Engineering, process design and validation, equipment deployment, business case preparation and ensuring long-term industrial compliance and robustness.
MAIN ACTIVITIES
1. Technical Data, Capability Readiness & Regulatory Compliance
- Lead industrialisation from feasibility evaluation to operational go-live.
- Liaise with Central Engineering to align industrialisation milestones, deliverables, validation requirements and technology standards.
- Review CMMs, OEM data, capability requirements, PNs and regulatory considerations to ensure capability readiness.
- Ensure compliance with MOE, Part-145 SMS, HF, HSE and aviation regulatory frameworks.
- Manage and coordinate controlled engineering documents including TCNs, MDI/MDR, NCRs and method change records.
2. Process Design, Validation & Documentation Control
- Develop compliant, safe and efficient industrial processes, routings and layouts.
- Conduct industrial validation including trials, capability studies and First Article Inspection (FAI).
- Create and maintain MBOMs, routings, standard work instructions, process sheets, layout documents and specifications.
- Ensure configuration control of all industrial data and proper change governance for tooling, process and documentation updates.
- Incorporate TCN/MDI/MDR-driven changes into industrial documentation.
3. Technology, Equipment & Tooling Deployment
- Specify, validate and support procurement of test benches, tooling, fixtures and industrial equipment.
- Coordinate installation, commissioning, qualification and risk assessments for new industrial means.
- Provide technical input for TPM and predictive maintenance assessments.
- Introduce digital tools, automation and advanced inspection technologies to strengthen manufacturing capability.
- Implement TCN impacts affecting tooling, equipment configuration or industrial layout.
4. Continuous Improvement & Method Harmonisation
- Participate in Lean, QRQC, 8D investigations and standardisation initiatives to enhance flow, process stability and ergonomics.
- Improve documentation quality, industrial clarity, repeatability and operational efficiency.
- Benchmark with other Safran sites to adopt best practices and harmonise industrialisation approaches.
- Analyse MDI/MDR trends to identify method gaps and drive documentation or process improvements.
- Ensure continuous improvement actions comply with MOE, SMS, HSE and regulatory requirements.