Product Design Engineer - Soft Goods

Summary
Why Apple?

At Apple, we believe our products begin with our people. By hiring a diverse team we drive creative thought. By giving that team everything they need we drive innovation. By hiring incredible engineers we drive precision. And through our collaborative process we create memorable experiences for our customers. These elements come together to make Apple an amazing environment for motivated people to do the greatest work of their lives.

Why Softgoods?
Apple's Softgoods Engineering team is relatively new to Apple. We work with textiles, leather, silicone and soft polymers. Our mission is to use these incredible materials to enable new product categories, and to enhance Apple's existing product lines. Bringing Apple engineering and precision to products made of soft materials is an exciting challenge and requires a creative and open minded approach. We have an inclusive and talented team of people, from a wide variety of backgrounds. We all work together in a beautiful customized lab where we design, engineer, and develop the best Softgoods products in the world. If this sounds like an exciting challenge, we hope you will consider a place in our team!



Description
We are looking for a highly motivated product design engineering lead. You will be part of a cross-functional team to conceive, design, validate, and launch exciting new products. You will work closely with many different groups, including Industrial Design, System PD, Hardware Engineering, Operations, Packaging, Reliability, and Software. The team is responsible for products in the following categories: iPhone accessories, iPad accessories, Watch bands, Audio, as well as supporting other teams at Apple that wish to use soft goods materials in their designs. By joining our team, you will work side by side with your teammates inside Apple and at our partner facilities to define CAD, create drawings, and collaborate with vendors to produce these parts. You will perform engineering analyses on your designs using appropriate methods such as hand calculation, computer simulation, FEA, and dimensional tolerance analysis. You will assemble early prototypes, travel to China to support engineering builds, and solve problems on the assembly line.

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