Define and own architecture specifications for audio subsystems across multiple Apple SoC product lines Author and maintain multi-generational technical roadmaps for audio subsystems, securing executive buy-in Contribute to performance and power modeling of audio workloads to determine subsystem sizing and partitioning across interfaces, accelerators, DSPs, and software Collaborate with Silicon Engineering, Software Engineering, Hardware Engineering, and Firmware teams from concept through tape-out Present architecture and performance study results to cross-functional and executive audiences to inform technical decisions Mentor engineers and support onboarding and talent development within the teamBachelor's degree Experience with SoC architecture principles Experience with SoC audio processingMasters degree with 20+ years of relevant industry experience Experience defining architecture specifications for audio, DSP, or signal processing subsystems within an SoC In-depth understanding of SoC architecture concepts, such as on-chip fabric protocols, memory concepts, and clocking, reset, and power management Skilled in digital signal processing algorithms, including audio algorithms Understanding of SoC power modeling and Power/Performance/Area (PPA) optimization Understanding of SoC audio interfaces (e.g., I2S, PDM, TDM, MIPI SWI3S) Proficiency in hardware/software co-design, including familiarity with RTL design concepts (e.g., System Verilog) Excellent interpersonal, leadership, and collaboration skills, with the ability to influence across organizations. In this highly visible role, you will own the multi-generational subsystem architecture and roadmap for audio subsystems, collaborating closely with Silicon Engineering, Software Engineering, and Hardware Engineering teams to size subsystems and optimize trade-offs between performance, power, and area.