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Description
Our team wants colleagues with a strong curiosity and understanding of the design and development of consumer electronics or mechanical design fields! - Design display components based on optical, electrical, mechanical, and other cross-functional requirements. Work with the system team to define the interface to the product including fit, assembly features, and tolerance analyses. Deliver any needed specifications including 3D/2D. - Achieve system goals through mechanical design optimization, prototyping, new material qualification, and manufacturing processes. Audit factories to review the manufacturing and assembly at each step to ensure high yield and high quality. - Define & implement validation plans for ME characteristics of the display modules using scientific & analytical approaches. Drive thorough failure analyses for any issues to reach robust corrective actions. Ensure the specifications are met throughout the supply chain. Communicate validation results to peers and leadership. - Act as a focal point among multiple world-class cross-functional teams and suppliers to identify open issues, drive them to closure, and deliver mechanically robust displays. Support the product throughout engineering development, mass-production ramp-up, and launch. - Evaluate state-of-the-art mechanical designs and technologies, innovate ways to further improve Apple display performance, and enable strong and compact system designs. - This role will travel internationally (~15%, primarily Asia).
Minimum Qualifications
BS in Mechanical Engineering or equivalent with a minimum of three years of experience. Experience in mechanical engineering fundamentals including properties of materials, solid mechanics, beam statics, Newtonian physics, and thermodynamics. Experience with mechanical design & validation. 3D/2D software experience: 3D modeling (Pro/E, NX, CATIA, or Solidworks). Exposure to diverse manufacturing techniques such as injection-molding, sheet-metal stamping, 3D printing, and materials such as polymers, glass, and metals. Failure analysis experience.
Preferred Qualifications
Experience with simulation and analysis such as Finite Element Analysis (FEA) for structural and thermal, Computational Fluid Dynamics (CFD). Familiarity with Six Sigma methodology, process capability, and capable of large data set analysis using JMP, MATLAB, or Minitab. Electro-mechanical design and/or manufacturing for high-volume products with an emphasis on reliability. Excellent prioritization, cross-functional collaboration, and written & verbal communication. High energy personality with a real passion for learning and attention to detail. Experience with the development of component or material evaluation tests. Experience in the Applied Design of Experiments (DOE) and scientific method to address engineering issues. Experience creating engineering drawings as well as Geometric Dimensioning and Tolerancing (GD&T). Good understanding of DFA/DFM, and statistical tolerance analysis.
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