Analog Systems Engineer - Power

Summary

The AirPods team is seeking an Analog Systems Engineer to help drive the design, development, and delivery of our next-generation products. As the power and battery management expert, you will sit at the center of cross-functional collaboration and technical decision-making. You will shape the fundamental power architectures that enable future audio experiences, guiding these critical subsystems from early concept through to final mass production.

Minimum Qualifications

BS/MS EE or equivalent 2+ years of experience in analog/mixed-signal hardware design Deep understanding of various power mixed-signal building blocks: PMIC, DC-DC switching converter, LDO, charger, battery, PCM, ADC/DAC, temperature sensor, LED driver, ultra-low power design Strong analog/mixed-signal analysis: tolerance analysis, simulations for power and signal integrity, timing sequencing, spec compliance, system modeling Proficient in bench testing and equipment usage (oscilloscope, power supplies, electronic loads, DMM, etc.) for silicon and system validation Excellent interpersonal and presentation skills, both verbal and written, with the ability to drive alignment across hardware, firmware, and silicon teams

Preferred Qualifications

Experience in designing low-power, high volume consumer products Experience leveraging AI tools and automation to accelerate design analysis, simulation, hardware characterization, and validation workflows Experience with scripting languages such as Matlab and Python Familiarity with SPICE-based simulation tools Familiarity with digital interfaces such as I2C, SPI, UART, etc. Familiarity with the development process of new silicon

Description

In this role, you will own and assist with the end-to-end development of power and battery management subsystems. You will establish the subsystem architecture by performing tradeoff studies, tolerance analysis, simulations for power and signal integrity, and system modeling. Working closely with various cross-functional teams, you will guide component selection, assist with schematic and layout reviews, provide guidance on subsystem HW/FW integration, and define system specifications. Beyond internal collaboration, you will partner directly with silicon vendors to drive the development, bring-up, and characterization of new PMICs and charger ICs. As designs mature, you will author hardware specifications, evaluate vendor datasheets, and support engineering prototyping. Throughout the development cycle, you will execute hands-on hardware and firmware debug, ultimately driving silicon, system, and manufacturing validation to ensure these subsystems scale successfully and reliably from engineering builds into mass production.