Vision Pro Display Technology Engineer

Apple Vision Pro (AVP) represents a groundbreaking advancement in spatial computing, seamlessly integrating digital content with physical space. As a Vision Pro Display Technology Engineer, you'll be at the forefront of defining next-generation architecture for Apple Vision products. This role offers a unique opportunity to work with cutting-edge display and optics technologies, combining hardware innovation with software excellence. You'll be part of a team that values innovation, creativity, and technical excellence.

Description

This position involves diverse responsibilities including working with cross-functional teams (system, SW, SOC, panel, optical module etc.) on defining display and system requirements to enable impeccable spatial computing experience, specifically:

Define display and module electrical specifications based on system requirements.

Define architecture for display image/signal processing algorithms with understanding of system requirement, display & optical behavior, human perception.

Define detailed specs including display panel, driving ASICs, software/firmware algorithms and test/calibration procedure.

Collaborate with silicon and SoC/SW architecture teams on display algorithm IP development and validation.

Promote innovation and new technology to enhance Apple's display performance and user experience

Minimum Qualifications

BS and a minimum of 10 years relevant industry experience

Experience in applying EE/signal processing/physics principles for architecting hardware systems

Preferred Qualifications

Master's or Ph.D. degree in Electrical engineering or related field

Minimum 5 years of industry experience in display or camera systems

In-depth understanding of display technologies and display pipeline/camera image/signal processing algorithms

Experience in developing display/camera image/signal processing algorithms and successfully deploying them in silicon and SW

Knowledge of display metrology and calibration, color science and human visual perception