Flex Product Engineer 

United States, Utah, Salt Lake City 

613671050

What a typical day looks like:

• Handle product transfer and new product set up.
• Support production by assessing product engineering issues of diverse scope that arise on production line.
• Suggest improvements to process to obtain improved quality and production yield.
• Solve product related problems and perform failure evaluation related to product issues.
• Interact with customer and various departments on product related issues
• Work with design team to resolve design related issues.
• Suggest modification to work instructions, material, or product changes to ensure excellent quality of products.
• Customer´s Bill of Material (BOM) evaluation and structure definition for production
• Functional Product Documentation review
• Safety Requirements and regulations compliance identification
• Engineering Drawings Interpretation of parts and assemblies.
• Request customer for drawing corrections, additions, clarification, measurements methods
• Manage Engineering Changes Implementation
• Conduct Design for Manufacturing (DFM), tolerance evaluation, Design of Experiment (DOE), form-fit-function to define failure root/cause evaluation and reporting to customer
• Provide support to supply chain to integrate parts derived from the vertical integration or localization effort
• Provide product training to themanufacturing/processengineers for better understanding of the product.
• Request, handle and administrate golden samples, engineering samples of final product and/or piece parts
• Establish, operate, and maintain a standard method for technical information interchange with the customer to control and preserve information of NPI transferred projects

The experience we’re looking to add to our team:

• Bachelor of Science Degree in related field or equivalent experience.
• Ability to apply advanced mathematical concepts such as exponents, logarithms, quadratic equations and permutations.
• Ability to apply mathematical operations to such tasks as frequency distribution, determination of test reliability and validity, analysis of variance, correlation techniques, sampling theory and factor analysis.
• Ability to analyze problems, design experiments, conduct a design for manufacturing analysis, collect data, establish facts and draw valid conclusions.
• Ability to interpret an extensive variety of technical instructions in mathematical or diagram form, and deal with several abstract and concrete variables.
• Knowledge on metrology measurement methods, engineering drawing interpretations, Parts and assemblies analysis using CAD system

What you'll receive for the great work you provide:

• Full range of medical, dental, and vision plans
• Life Insurance
• Short-term and Long-term Disability
• Matching 401(k) Contributions
• Vacation and Paid Sick Time
• Tuition Reimbursement