Job Description

The Industrialization Engineer is responsible for translating product definition and technical data into robust, efficient, and manufacturable production processes. This role ensures industrial feasibility, develops and optimizes manufacturing methods, and supports production readiness while meeting Safety, Quality, Cost, Delivery, People, and Innovation (SQCDPI) objectives.
Working closely with cross-functional teams including Methods Engineering, Production, Quality, Product, Supply Chain and HSE, the Industrialization Engineer defines manufacturing strategies, develops technical documentation, drives continuous improvement initiatives, and supports industrial validation activities for OEM/MRO aerospace operations.

Job Requirements

Bachelor's degree in Aerospace Engineering, Industrial Engineering, Mechatronics Engineering, Manufacturing Engineering, or related field.
Experience in industrialization, manufacturing engineering, methods engineering, or process engineering within aerospace or high-precision manufacturing environments.
Strong knowledge of manufacturing processes such as machining, assembly, metrology, special processes, and Non-Destructive Testing (NDT).
Experience developing manufacturing documentation and production routings.
Knowledge of PFMEA / AMDEC methodologies and continuous improvement tools.
Understanding of manufacturing tolerances, process capability, and industrial validation activities.
Ability to read and interpret technical drawings and engineering specifications.
Strong analytical and problem-solving skills.
Ability to work effectively in cross-functional and multicultural environments.

But what else? (advantages, specific features, etc.)

Analyze engineering definitions, drawings, specifications, and technical requirements to ensure manufacturability and industrial feasibility.
Define and optimize manufacturing processes, tooling, fixtures, inspections, tests, consumables, and production flow in collaboration with Methods and Production teams.
Develop, maintain, and continuously improve manufacturing routings, work instructions, standard operating procedures, and technical documentation.
Translate engineering and design data into detailed manufacturing instructions for production execution.
Lead or participate in Process Failure Mode and Effects Analysis (PFMEA / Process FMEA) activities to identify and mitigate manufacturing risks.
Define process dimension chains and validate manufacturing tolerances according to production capability and industrial constraints.
Support industrialization and production readiness activities, including line validation, first article manufacturing support, and process qualification.
Analyze cycle times and manufacturing costs, proposing optimization initiatives to improve productivity and operational efficiency.
Lead or support implementation of product definition changes and engineering modifications into production.
Develop or coordinate intermediate manufacturing models, prototypes, or mock-ups when required.
Capitalize and standardize industrial best practices, ensuring knowledge transfer across teams.

Company Information