Module Design Engineer Architect

We are seeking a highly skilled Camera Design Engineer Architect to lead the end-to-end electrical architecture definition and system integration of next-generation camera modules across Apple's product portfolio. This role focuses on architecting the complete electrical signal chain from image sensor to SoC ISP, defining power delivery networks, high-speed interface topologies, and control-plane architectures that enable industry-leading imaging performance. The ideal candidate will possess deep electrical engineering expertise with extensive knowledge in mixed-signal design, high-speed serial interfaces, and camera subsystem architecture. Strong technical proficiency is required in understanding CMOS image sensor readout architectures, MIPI CSI-2, ACI or ALPDP interface design, camera actuator (VCM, OIS) driver topologies, flash/strobe subsystems, and low-noise power management for imaging applications (including LDO/DC-DC selection, PSRR budgeting, decoupling strategy, and dynamic power state transitions). The architect must have thorough understanding of camera module electro-optical performance trade-offs, EMI/EMC considerations, and signal integrity constraints to define electrical solutions that meet aggressive image quality, power, and form-factor targets in consumer electronics applications including iPhone, iPad, Mac, Vision, and wearable devices.

Beyond core architecture definition, this role demands hands-on involvement across the full product lifecycle, including driving pre-silicon architecture studies with SoC ISP and PMIC teams, defining board-level schematic and layout guidelines for camera subsystems, and ensuring architectural intent is preserved from concept through mass production. The architect will lead cross-functional design reviews and technical trade studies by providing quantitative analysis of architecture options, respond to bring-up and validation issues with deep debug of high-speed signaling and power integrity, and drive systematic root cause analysis on architectural gaps discovered during EVT/DVT/PVT phases. This position serves as a critical technical bridge between image sensor suppliers, SoC design teams, module mechanical designers, and system product design, requiring expertise in both camera electrical architecture and practical implementation in high-volume, high-reliability manufacturing environments.

Define end-to-end electrical architecture for camera subsystems including sensor-to-SoC signal chain, MIPI CSI-2, ACI, ALPDP lane budgeting, clocking topology, reset/control sequencing, and multi-camera synchronization schemes
Architect power delivery networks for image sensors, actuators (VCM/OIS), and flash subsystems, including rail partitioning, PSRR budgeting, transient response requirements, and low-noise regulator selection to meet stringent image quality targets
Lead high-speed interface design and signal integrity analysis for MIPI, ACI or ALPDP lanes, including channel budgeting, connector/flex selection, EMI mitigation, and pre/post-layout SI/PI simulation correlation
Define schematic and PCB/flex layout guidelines for camera modules and system boards, including reference designs, layer stackup requirements, impedance targets, and DFM/DFT rules for global manufacturing
Drive cross-functional architecture reviews with SoC ISP, PMIC, RF, mechanical, and optics teams to align on power budgets, thermal envelopes, form factor constraints, and testability requirements
Partner with image sensor and actuator suppliers to influence next-generation silicon roadmaps, review datasheets and errata, and negotiate interface, power, and reliability specifications
Support EVT/DVT/PVT bring-up and validation by leading debug of high-speed link failures, power integrity issues, EMI/ESD events, and image-quality-linked electrical root causes
Lead FACA (Failure Analysis and Corrective Action) investigations by developing electrical characterization methodologies and diagnostic strategies to identify root causes of camera subsystem failures across engineering builds and mass production
Analyze electrical margin data, temperature/voltage corner sweeps, and yield signatures to drive design guardbands, screening strategies, and preventive design changes across product generations
Maintain comprehensive architecture documentation including block diagrams, interface specifications, power state tables, timing diagrams, and compliance matrices for internal teams and suppliers
Participate in design reviews with camera module, system board, and product design teams to ensure architectural integrity, testability, and validation coverage throughout the product lifecycle
Interface with camera algorithm, ISP firmware, and system software teams to translate imaging use cases (HDR, ProRAW, Cinematic mode, low-light, high-frame-rate video) into concrete electrical architecture and power state requirements

BS degree in Electrical Engineering, Computer Engineering, or a related field
Experience in electrical architecture, mixed-signal design, or camera/imaging subsystem development for consumer electronics
Experience defining or designing camera subsystems including image sensor interfacing, actuator drivers, and low-noise power delivery on rigid PCB, flex, or SiP substrates
Experience with high-speed serial interface design (MIPI CSI-2, D-PHY, C-PHY) including signal integrity analysis, channel simulation, and lab correlation

Master's or PhD in Electrical Engineering or relevant field and 10+ years relevant industry experience
Ability to lead EVT/DVT/PVT bring-up, own FACA processes, and resolve line-down or yield-impacting issues in fast-paced production environments
Working knowledge of imaging and interface standards and specifications (MIPI CSI-2, ACI, ALPDP, I2C/I3C, SPMI, SPI, MIPI CCS, EMI/EMC standards, IEC ESD)
Experience with camera factory testing equipment, End2End imaging validation methods, and electro-optical data interpretation for quality control
Excellent communication and collaboration skills to work effectively with cross-functional teams including SoC design, PMIC, algorithms, mechanical, optics, manufacturing, quality, and suppliers
Experience with statistical analysis tools and methodologies (SPC, DOE, 6-Sigma) applied to electrical characterization and yield engineering

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now can’t imagine living without. So if you’re excited by the idea of making a real impact, a career with Apple might be your dream job. Just be ready to dream big.

At Apple, base pay is one part of our total compensation package and is determined within a range. This provides the opportunity to progress as you grow and develop within a role. The base pay range for this role is between $184,700 and $324,800, and your base pay will depend on your skills, qualifications, experience, and location.

Apple employees also have the opportunity to become an Apple shareholder through participation in Apple’s discretionary employee stock programs. Apple employees are eligible for discretionary restricted stock unit awards, and can purchase Apple stock at a discount if voluntarily participating in Apple’s Employee Stock Purchase Plan. You’ll also receive benefits including: Comprehensive medical and dental coverage, retirement benefits, a range of discounted products and free services, and for formal education related to advancing your career at Apple, reimbursement for certain educational expenses — including tuition. Additionally, this role might be eligible for discretionary bonuses or commission payments as well as relocation. Learn more about Apple Benefits

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Apple accepts applications to this posting on an ongoing basis.