low-power-design jobs in San Diego

Head of Silicon Systems and Architecture role leading Google's XR silicon strategy and roadmap. Responsibilities include defining multi-year silicon architecture across main processors, co-processors, and connectivity; architecting split-compute topologies for low-latency offloading; optimizing perception and GenAI workloads for edge computing; and bridging technical alignment between Core Tech, Platform SW, Hardware, and external chipset vendors.…See more Requires 8+ years in silicon engineering, system integration, and hardware design; 5+ years in technical leadership with direct reports; and proven success shipping consumer electronics to mass production.

Design and verify Digital Signal Processor (DSP) architectures for Qualcomm's mobile, machine learning, automotive, and IoT products. Develop small to complex hardware blocks independently, applying high-performance microprocessor design concepts including multi-core, multi-threaded, and low-power optimization.…See more Conduct design verification, performance analysis, and architecture tradeoff evaluation using simulators, emulators, and synthesis tools. Collaborate with cross-functional teams to ensure designs meet specifications for performance, power, and timing while staying current with industry trends in machine learning and modem technologies.

Qualcomm seeks a Systems Software Power Engineer to optimize power efficiency for next-generation Snapdragon SoCs. The role spans the full lifecycle from pre-silicon modeling through post-silicon debug, requiring expertise in power architectures, control loops, and low-power techniques across hardware and software layers.…See more Key responsibilities include driving end-to-end power optimization across architecture, firmware, kernel, and Android teams; prototyping and evaluating power features; executing post-silicon power KPI validation; and developing power debug and analysis infrastructure. The position demands strong embedded software skills with hands-on experience in firmware and Linux kernel development, plus solid understanding of computer architecture, memory hierarchies, CPU/GPU design, and OS fundamentals.

Design, implement, and optimize real-time embedded modem firmware across protocol layers and drivers while meeting strict latency, memory, and power constraints. Pioneer AI-native development practices by integrating AI coding agents, LLM-based code review, and automated test synthesis into daily workflows to accelerate delivery and debugging.…See more Own end-to-end feature delivery from requirements through on-target bring-up, and debug complex multi-layer hardware issues using AI-assisted analysis. Requires deep expertise in modern C/C++, embedded systems (DSP/Arm architectures), RTOS internals, data structures, and hands-on target hardware debugging, combined with practical experience using AI coding assistants and agentic tools.