Industrialization Engineer

Industrialization Engineer I

** Job details*
* ** General information*
* ** Entity*
* Safran is an international high-technology group, operating in the aviation (propulsion, equipment and interiors), defense and space markets. Its core purpose is to contribute to a safer, more sustainable world, where air transport is more environmentally friendly, comfortable and accessible. Safran has a global presence, with 100,000 employees and sales of 27.3 billion euros in 2024, and holds, alone or in partnership, world or regional leadership positions in its core markets.

Safran is in the 2nd place in the aerospace and defense industry in TIME magazine's "World's best companies 2024" ranking.

Safran Electrical & Power is one of the world's leaders in aircraft electrical systems. The company is a key player in equipment electrification and in the electric and hybrid propulsion sector. It has over 14,000 employees across 13 different countries.

** Reference number*
* ** Job details*
* ** Domain*
* Research, design and development

** Job field / Job profile*
* Industrial engineering - Industrialization leader

** Job title*
* Industrialization Engineer I

*
* Employment type

*
* Permanent

** Professional category*
* Professional, Engineer & Manager

** Part time / Full time*
* Full-time

** Job description*
* Location:

Twinsburg, OH

Days/week Onsite: 5 days per week

Summary

The industrialization engineer level 1 translates design intent into manufacturable process elements under the supervision of a senior engineer. He/she is also responsible for the deployment of industrial means, documentation, and validation of processes on the shop floor to realize product/manufacturing intent for NPIs, major design/process changes, and Transfers of Work projects.

Essential Duties and Responsibilities

- Develop work instructions, routings, and tooling/fixture for industrialization activities.

- Build, adapt, and validate tools and fixtures per engineering specifications.

- Support pilots and sample builds. Manage shop-floor prototype logistics (materials, tooling, test readiness) in coordination with Manufacturing and Quality plans.

- Support creation of assembly/testing/inspection documentation.

- Conduct time studies, process mapping, collect production data, and propose layout/flow adjustments for engineer review.

- Support data analysis for cycle-time and quality improvements of NPI and existing production activities.

- Execute validation runs, document results, and implement approved changes on the line.

- Comply with EHS and quality requirements

- Maintain 5S and point-of-use condition for all industrialization activities.

- Prepare content for industrial validation and first article deliverables

- Assist with process trials, capability, and capacity checks.

- Collaborate with Design, Manufacturing, and Quality to resolve manufacturability issues.

- Ensure adherence to internal industrialization processes and change-control practices.

- Interfaces with design engineering, Manufacturing Engineering, Production, Quality, Supply Chain, and other Industrialization engineers.

- Evaluates drawings, specifications, and other data to determine requirements for process improvements, requirements, and capital equipment purchases.

- Advises, directs, and trains production personnel in manufacturing techniques and methods.

- Reviews non-conforming products and develop corrective actions based on root cause analysis for industrialization projects.

- Regular, predictable attendance is required.

- Must be willing to work outside regular business hours as necessary.

Qualifications

Basic Qualifications:

- Bachelor's degree in industrial, Manufacturing, Mechanical, Electrical, or related engineering field.

- 0-2 years of experience (internships, co-ops, or projects in manufacturing preferred).

- Familiarity with drawings/GT&D, process documentation, and basic statistics.

- Software: MS Office, ERP/MES exposure; CAD familiarity is a plus.

- Ability to read/understand prints, routings, bill of materials, and work instructions.

- Knowledge of 3D modeling software or the ability to learn.

- Written and verbal communication skills

** But what else? (advantages, specificities, etc.)*
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