Computing System Architecture Engineer (Power optimization)

• Optimize computational system architecture, including applications such as data processing, task scheduling, and resource management, to enhance system performance and user experience. 2. Design, develop, and explore system-level behavior models based on system profiling for performance/power/thermal effects to ensure system stability and efficiency under different workloads. 3. Analyze and develop power and thermal models for whole system (including the processor, cache, memory, package, and power delivery network) and propose optimization suggestions. 4. Collaborate with software and hardware engineers to integrate computational processing technologies and perform performance optimization.

Main Requirements and Qualifications

• 1. Experience in computational system performance, power consumption, or thermal balance analysis is preferred.
• 2. Familiarity with circuit theory (RC), VLSI circuits (MOS), and PMIC architecture experience is preferred.
• 3. Familiarity with performance simulation tools and system performance analysis methods.
• 4. Familiarity with computational system hardware and software architecture is preferred.
• 5. Good communication skills, capable of clearly expressing technical concepts and design solutions, and able to effectively collaborate across multiple software and hardware teams.
• 6. Strong curiosity, willingness to accept challenges, high self-motivation and sense of responsibility, and courage to learn knowledge from different fields.