Lead SoC Display Subsystem Architect

Apple Inc.; Cupertino (CA); On-site; USD 216,000 - 325,000; Full time

Benefits offered by this job

Relocation

Apple Benefits

Job summary

Apple Inc. in Cupertino is seeking a senior SoC display subsystem architect to lead the architecture of the display path, memory interfaces, and data flow controls across the platform. This role requires collaboration with SoC, fabric, software and system teams to drive architectural decisions from concept to production.

You will author and maintain architecture specifications, guide tradeoffs for performance and energy, and ensure design integrity throughout production.

Qualifications

• Experience in chip architecture or display subsystem architecture
• 20+ years of relevant industry experience in signal/image processing
• Understanding of SoC display sub-system architecture, micro-architecture, interface, performance and energy tradeoffs
• Understanding of display or image technology
• Expertise in memory subsystem, memory interface, and DMA
• Architectural modeling ability
• Communication skills with cross-functional teams

Responsibilities

• Architect SoC display subsystem
• Collaborate with SoC, fabric, software and system engineers to architect display subsystems
• Provide detailed architectural guidance from concept through production
• Make design tradeoff recommendations across architecture and performance
• Author and maintain display subsystem architecture specifications

Skills

SoC architecture

Display subsystem architecture

Memory subsystem

Architectural modeling

Cross-functional communication

Education

MS or PhD degree

Job description

Apple Inc. in Cupertino is seeking a senior SoC display subsystem architect to lead the architecture of the display path, memory interfaces, and data flow controls across the platform. This role requires collaboration with SoC, fabric, software and system teams to drive architectural decisions from concept to production.

You will author and maintain architecture specifications, guide tradeoffs for performance and energy, and ensure design integrity throughout production.