Low Power SoC Hardware Architect

Overview

As a Low Power SoC Architect, you will independently design and define the lower power subsystem and improve the power efficiency of the AI engine, in both data center and edge SoC. You will collaborate with experienced designers, RTL engineers, and system and software teams to explore feasibility of ideas, proof of concept, and power performance improvements.

Responsibilities

• Independently design and define the lower power subsystem and improve power efficiency of the AI engine for data center and edge SoCs.
• Collaborate with RTL engineers, system teams, and software teams to explore feasibility, proof of concept, and power performance improvements.
• Lead and drive lower power designs, including architectural features, RTL changes for low power, and topologies with floorplanning / layout considerations.
• Work with IP architects to drive low power design methodologies, techniques, and features.
• Drive SoC-level power convergence using existing modeling tools and techniques, and develop new tools, flows, and methodologies.
• Show a track record in power optimization (perf@watt and perf / mm2 modeling or analysis is a plus).
• Collaborate effectively across micro-architecture, system, and software architecture to solve architecture definitions at all levels.
• Proficiency in C / C++ and scripting languages such as Python or Perl.
• Self-driven with leadership skills; knowledge or experience in the automotive industry is a plus.
• MS or PhD in Electrical or Computer Engineering.
• Excellent communication skills in English and Chinese.

Qualifications

Culture Fit

EEO / Disability and Other Notices : Baidu USA is an equal employment opportunity employer. We value diversity and do not discriminate on the basis of protected status. This posting may include voluntary self-identification sections that are part of compliance reporting; participation is voluntary. If you have any questions about the role or application process, please contact our recruiting team.

#J-18808-Ljbffr