We are seeking an experienced and dynamic Senior Product Industrialization Engineer to contribute to our Industrialization/DFM team, focusing on product industrialization, design for manufacturing, and manufacturing engineering. The ideal candidate will have a strong background in manufacturing methods and proven leadership skills to drive all aspects of a successful transition of products from design through prototyping and into full production.This role requires a strategic thinker who can collaborate with cross-functional teams to optimize the product design and the manufacturing processes to meet production goals, ensure product quality, product cost, and product performance.
The Senior Product Industrialization Engineer will be responsible for participating throughout the entire product development or engineering change (EC) lifecycle, from initial concept through manufacturing and launch. This position demands a hands-on approach to problem-solving, process improvement, and the implementation of best practices in design and manufacturing engineering. The successful candidate will demonstrate the ability to contribute to complex projects and maintain a focus on continuous improvement to achieve operational excellence.
Responsibilities:
Participate in product industrialization activities, ensuring smooth transition from design, through prototyping and to full-scale manufacturing.
Remain well versed in manufacturing techniques (Industrial, Mechanical, Manufacturing Engineering) for bending, connecting, sheet metal fabrication, machining and assembly operations.
Collaborate with design, R&D, and production teams to develop and implement design for manufacturing (DFM) strategies.
Collaborate with factory manufacturing engineering and quality teams to ensure processes, subassemblies, and tests are in place to ensure the manufacturing meets design intent and quality standards.
Ensure released information for manufacture is aligned to global manufacturing standards and is up to date with manufacturing best practices.
Support BOM transformation from EBOM to MBOM and ensure the accuracy, connection, and completeness of both
Develop and maintain factory capabilities matrix for site for use by design and engineering teams to ensure designs fit into factory tooling & methods.
Contribute to the fulfillment of the definition of done for both major projects and minor changes in a timely and cost-effective manner
Prepare data and product comparisons to support design for manufacturing workshops, make/buy decisions on components, return on investment for equipment, or other applications
Participate along with Manufacturing Engineering on Kaizen events and quality concerns within factory environments to represent the improvements needed from the design team
Provide on-site production support as a representative of the product design
Understand material process flow and process flow mapping and be fluent in process definition and documentation methods
Maintain a strong focus on health and safety standards, ensuring a safe working environment for all team members.
International travel to factories in support of project and improvement efforts.
What we look for:
Bachelor's Degree (B.S.) in Industrial or Mechanical Engineering or related field from an accredited four-year College or University is required.
Minimum 3+ years of experience in product manufacturing or development engineering with a very high percentage of time & experience on the factory floor in product and process development.
Able to identify key elements requiring control plans in support of Manufacturing Engineering
Experience reviewing drawings, schematics and models and providing helpful feedback in design review situations
Excellent communication and interpersonal skills, with the ability to effectively interact with cross-functional teams and stakeholders and be able to address the differing needs of design teams, factories, and supply chains.
Strong problem-solving skills and the ability to make informed decisions based on data and analysis.
Strong interest and knowledge of industry standards and best practices in manufacturing and design for manufacturing.
Working knowledge of PLM, 3D modeling and ERP/MES systems software
Ability to communicate effectively in written and oral English is required