Manufacturing Design Engineer (mde) - Additive Manufacturing

Apple Apple · Big Tech · Sunnyvale, CA · Operations and Supply Chain

Manufacturing Design Engineer (MDE) focused on additive manufacturing processes for Apple's products. Responsibilities include developing, evaluating, and implementing high-precision mechanical manufacturing solutions, optimizing processes for quality and throughput, and collaborating with design and supply chain partners. Requires experience in mechanical product development and manufacturing engineering.

What you'd actually do

  1. Evaluate product and design goals to understand the dimensional, cosmetic, and functional priorities for the product
  2. Collaborate with Global Supply Managers and Apple’s suppliers to align on a manufacturing development strategy with clear goals, expectations, and schedules
  3. Identify and validate suitable fabrication equipment and processes to meet all Apple design and operational requirements
  4. Develop and document processes including all parameters, consumables and secondary operation requirements to meet defined specifications
  5. Conduct process optimization DOE’s, using data and hands-on approaches together to find solutions to sophisticated challenges

Skills

Required

  • mechanical product development
  • manufacturing engineering
  • high precision fabrication
  • process optimization
  • DOE

Nice to have

  • hands-on approach to engineering
  • self-starter
  • learns quickly
  • adapts to find new solutions
  • communicates technical information clearly and persuasively
  • project management tools
  • shop floor experience
  • highly cosmetic parts or products

What the JD emphasized

  • high precision mechanical manufacturing processes
  • worldwide supply base
  • direct frequent communication and collaboration
  • manufacturing solutions meet our product quality, cost, yield, capacity, schedule, and environmental goals
  • metal additive manufacturing processes and equipment
  • Apple cosmetic, dimensional quality, reliability, and throughput requirements
  • metal alloys for additive manufacturing
  • 3D printing systems, powdered metallurgy, binding systems, and debind-sinter-HIP processes
  • qualification plans and procedures to qualify additive manufacturing equipment and materials utilizing DQ/IQ/OQ/PQ