What are the responsibilities and job description for the Hardware System Integration Electrical Engineer - Mac position at Apple, Inc.?
Apple is seeking a System EE for iMac electrical & system design integration. The candidate will design, implement, test, and debug the electrical subsystem of the world's best all-in-one computers within a collaborative cross-functional team, working with mechanical engineering, software, silicon engineering, and other module teams such as wireless, camera, sensing, and display. Our engineers rely on skills in computer system architecture, schematic design, digital and analog circuits, power and voltage regulator integration, high speed signal integrity concepts, PCB design, bring up and system level troubleshooting to surprise and delight millions of customers.
Day to day tasks involve electrical design (both schematic capture and PCB layout), simulation, bringup, debug, and validation for Macs. EE's are responsible for both schematic capture and coordinating layout of highly constrained multilayer PCBs including HDI and fine pitch BGAs. Routine responsibilities also include bring-up, validation, factory build support, and multi-disciplinary cross-functional collaboration and negotiation. We are looking for well-rounded candidates with a broad set of skill and interests, and the curiosity to dig deep wherever necessary to solve challenging problems. Opportunities exist to sample a variety of technology areas, and to remain general or specialize over time, developing domain expertise.
Bachelors in Electrical Engineering, Computer Engineering, or related field of study.\nStrong EE fundamentals, grounded in a solid understanding of E&M physics and first principles with an understanding of computer / system architecture and the associated design tradeoffs.\nWorking knowledge of design and validation requirements for common low-speed and high-speed digital interfaces: I2C/SMBus, SPMI, SPI, JTAG, I2S/TDM, USB, MIPI, PCIe, DisplayPort, Thunderbolt.\nExperience in circuit design for a variety of domains including power, digital, analog, high-speed communications, programmable logic, and/or wireless.\nExcellent written and verbal communication/presentation skills.
Schematic capture and constraint-driven PCB layout using Cadence tools or similar.\nExperience with PCB bringup and debug, including new or custom silicon, using standard EE lab equipment: Soldering, DMM, Oscilloscope, Logic Analyzer, Spectrum Analyzer.\nExperience with complex data analysis, data visualization and script development.\n\nBeyond technical aptitude, we prize curiosity, creativity, integrity, leadership, teamwork, and a passion for learning.\n
Day to day tasks involve electrical design (both schematic capture and PCB layout), simulation, bringup, debug, and validation for Macs. EE's are responsible for both schematic capture and coordinating layout of highly constrained multilayer PCBs including HDI and fine pitch BGAs. Routine responsibilities also include bring-up, validation, factory build support, and multi-disciplinary cross-functional collaboration and negotiation. We are looking for well-rounded candidates with a broad set of skill and interests, and the curiosity to dig deep wherever necessary to solve challenging problems. Opportunities exist to sample a variety of technology areas, and to remain general or specialize over time, developing domain expertise.
Bachelors in Electrical Engineering, Computer Engineering, or related field of study.\nStrong EE fundamentals, grounded in a solid understanding of E&M physics and first principles with an understanding of computer / system architecture and the associated design tradeoffs.\nWorking knowledge of design and validation requirements for common low-speed and high-speed digital interfaces: I2C/SMBus, SPMI, SPI, JTAG, I2S/TDM, USB, MIPI, PCIe, DisplayPort, Thunderbolt.\nExperience in circuit design for a variety of domains including power, digital, analog, high-speed communications, programmable logic, and/or wireless.\nExcellent written and verbal communication/presentation skills.
Schematic capture and constraint-driven PCB layout using Cadence tools or similar.\nExperience with PCB bringup and debug, including new or custom silicon, using standard EE lab equipment: Soldering, DMM, Oscilloscope, Logic Analyzer, Spectrum Analyzer.\nExperience with complex data analysis, data visualization and script development.\n\nBeyond technical aptitude, we prize curiosity, creativity, integrity, leadership, teamwork, and a passion for learning.\n