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Description
Apple’s Platform Architecture group is looking for a motivated, curiosity driven Engineer looking to deprocess, image, and analyze silicon to extract critical intelligence on process technology, circuit design choices, memory architectures, and logic implementation efficiency - directly informing Apple's silicon roadmap and design.
Minimum Qualifications
BS in EE, Materials Science, Physics, similar engineering degree or equivalent work experience. Experience in semiconductor physical analysis including layer-by-layer deprocessing (chemical etch, mechanical polish, pFIB), SEM/TEM/FIB imaging, or EDS characterization of SoCs.
Preferred Qualifications
MS, or PhD in EE, Materials Science, Physics, or similar engineering degree. . 10 years industry experience. Familiarity with silicon implementation and design including floorplan layout, standard cell libraries (HC/HD), FinFlex configurations, fin counts, metal stack identification, and foundry/process technology differentiation Ability to interpret and identify logic and memory library types from physical images — including SRAM bitcell characterization, cache hierarchy estimation, and quantitative logic utilization/silicon efficiency analysis. Experience coordinating with failure analysis labs and external vendors to plan and execute deprocessing campaigns, from chip extraction through final transistor-level imaging. Ability to produce clear reports and present findings to cross-functional silicon design teams Passion for the semiconductor and consumer electronics industry, with a desire to stay current via conferences (IEDM, ISSCC, VLSI Symposium) and industry publications. Curiosity for what's new and a passion for uncovering the unknown are a must. Basic image analysis, measurement, and scripting experience (Python, shell) for quantitative area and density estimation.
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