Hardware Systems Engineer.

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Description

APPLE INC has the following available in Austin, Texas. Design 54V DC power circuitry for data center AI/ML servers, including hot-swap controllers, safety circuitry, and point-of-load 54V DC/DC regulators. Analyze component datasheets and select components for schematic capture. Coordinate layout of highly constrained 16+ layer PCBs, including HDI and fine pitch BGAs. Forecast and plan circuit board design time to meet constrained schedules. Drive design trade-offs across manufacturing, testing, thermal, performance, reliability, battery life, and electrical stakeholders. Perform prototype bring-up, debug, functional verification, and electrical characterization. Use advanced lab tools such as 25 GHz oscilloscopes, network analyzers, and BERT scopes to assess the quality and robustness of electrical designs. Analyze factory-scale data to adjust signal parameters for maximum margin. Review designs of factory test fixtures and ensure manufacturing test plans provide adequate coverage to ensure the design is assembled correctly. Debug issues found in manufacturing, providing feedback on root causes, and identify corrective action for design or manufacturing processes in preparation for high volume production. Communicate and present status on concurrent top issues and deadlines. 40 hours/week.

Minimum Qualifications

Bachelor’s degree or foreign equivalent in Electrical Engineering or related field and 1 year of experience in the job offered or related occupation.

1 year of experience with each of the following skills is required:

Using high-power electronic load (eLoad) test equipment to test 1000+W 54V DC power circuitry.
Characterizing high-voltage fuse components for use in server power distribution.
Working with product safety engineering to understand test requirements, add appropriate safety features in board design, and understand 3rd party lab capability and setup.
Designing analog circuitry for real-time sensor telemetry feedback to dynamic power control features on SoCs.
Measuring I2C, SPI, UART, clocks, and crystals with high-bandwidth oscilloscopes.
Developing test code using Python to automate system-level validation.
Understanding of NXP microcontroller firmware written in C programming language to debug servers.
Utilizing Cadence System Capture and internal simulation tools to design printed circuit boards.
Understanding of interaction between many integrated circuits on a circuit board, including electrical compatibility, leakage, bus standards, and protocols.
Writing detailed electrical validation plans with specific instructions for each interface on circuit boards.

Preferred Qualifications

N/A