Hardware Engineering Program Manager - VPG

AppleShanghaiMid Level
Active

Job description

The Vision Products Group (VPG) In-Region Engineering Program Management (EPM) team is seeking a highly motivated Hardware EPM ready to take on complex challenges and perform world-class program management for cutting-edge technologies.

This is a highly results-oriented role focused on exciting new product development. You will work directly with in-region and global EPMs, HW/SW Engineering functions, and our Contract Manufacturing (CM) partners to navigate complex engineering development cycles. Ultimately, you will enable and lead cross-functional teams working toward a shared goal: delivering extraordinary Apple products to the world.
  • NPI Build Management: Lead the end-to-end execution of complex hardware builds (from PoC through PVT), managing input plans, build matrices, and daily NPI factory operations to ensure on-time delivery and meet high yield targets.

  • Cross-Functional Leadership: Serve as the central hub aligning diverse engineering groups (including EE, DFM, PE, and Test) across US and Asia timezones to execute process validations, DOEs, and technical debugs.

  • Vendor Accountability & Mentorship: Drive Contract Manufacturer (CM) performance by hosting operational and talent reviews, enforcing clear Failure Analysis (FA) policies, and pushing vendors to build independent analytical and technical capabilities.

  • Process Innovation: Identify bottlenecks on the NPI factory line and partner with engineering teams to successfully qualify and roll out new manufacturing processes, equipment, and standards without impacting throughput.

  • Early Engagement & Bring-Up: Manage early-stage local development of flex, PCB layout, bridging the gap between initial design concepts and factory-ready manufacturing plans.
Risk Mitigation & Reporting: Anticipate technical, schedule, and resource constraints (such as lab space and equipment headcount), presenting clear, proactive solutions to management before they impact the critical path.