world-class Memory Subsystem Architect

We are looking for a world-class Memory Subsystem Architect to join our SoC team at Baidu’s Sunnyvale office. The successful candidate will be a motivated self-starter who will thrive in this highly technical environment. Your job responsibilities as a Memory Subsystem Architect will be providing technical leadership through all phases of Baidu’s AI SoC development, but primarily focused on unified memory space architecture design for Baidu AI accelerator SoC. The working goal is to build unified memory space for thousands of accelerators from user’s perspective.

Developing architecture and micro-architecture to improve the state-of-the-art AI SoC memory system. Explore and evaluate the architectural design choices in SoC fabrics, system caches, system coherency, and MMUs.

Work with software and SoC design team to define architecture and build unified memory space system across distributed AI training system.

Work with Hardware design, verification, emulation, and validation teams to build and test the hardware architecture, performance and functionality.

Participate in performance simulation of features to improve memory subsystem efficiency. Analyzing benchmarks, application workloads and performance simulation results to identify areas for microarchitecture optimizations.

Debug performance and functional issues with high-level models, RTL simulation, and silicon.

Do you want to be part of the AI revolution? Do you want to think out of the box, thriving on challenges in AI industry and have the desire to solve them? Do you want to work with a world-class team to explore the fast-growing AI hardware opportunities and impact on AI industry?, * 10+ years of experience in Silicon architecture or IP design mainly focusing on memory subsystem.

• Strong understanding of distributed AI training system’s requirement on SoC memory subsystem.
• Demonstrated experience in HW digital design and understanding of CPU/HW Accelerators and/or Peripheral design.
• Familiarity with SW and Operating system practices and requirements on memory system.
• Experience in System Performance analysis and debug in pre and/or Post-Silicon environments.
• Solid background of System interconnect, System MMUs, Caches and Memory Technologies (e.g. HBM, GDDR, DDR and LPDDR4/5).
• Experience with data analysis using Excel, Perl, Python etc.
• Master or PhD in Electrical or Computer Engineering.
• Excellent communication skills in both English and Chinese.

Culture Fit:

• Mission alignment: If you want to be part of a team to accomplish this great mission, we will provide you the best possible platform to do that.
• Self-directed: We work best with people that are driven, motivated, and aspire to greatness.
• Hungry to learn: We are eager to see you learn new skills and grow.
• Team orientation: We work in small, fast-moving teams. We watch out for each other and go after big goals together as a team., Architectural Design, Artificial Intelligence (AI), Benchmarking, CPU (Central Processing Unit), Chinese Language, Communication Skills, Computer Engineering, Data Analysis, Debugging Skills, Design Verification, Distributed Computing, Electrical Engineering, English Language, GDDR (Graphics Dial-on-Demand Routing), Graphic Design, Hardware Architecture, Hardware Design, Hardware Quality Assurance, IP (Internet Protocol), Memory Hardware, Memory Subsystem, Operating Systems, Performance Analysis, Peripheral Hardware, Perl Programming Language, Python Programming/Scripting Language, Simulation, Software Design, System Architecture, System-on-a-Chip (SoC), Systems Analysis, Team Player, Technical Leadership