Meta is hiring ASIC Power Engineers within our Infrastructure organization to work on power/performance optimizations from SOC Architecture to System level. We are looking for individuals with experience in power architecture definition and power management for large complex disaggregated ASICs, with exposure to power modeling, developing flows around EDA tools, and low-power design to build efficient System on Chip (SoC) and IP for data center applications.

ASIC Engineer, Power Responsibilities:

• Work with Architecture and Design teams to assess power/performance tradeoffs at design/arch/process-tech levels and drive for best-in-class solutions for Meta workloads
• Define the power specification at system and module level for Idle, TDP, Typical use cases
• Develop power modeling infrastructure in Python/C++
• Work with or develop architectural simulators in order to model performance and power
• Build power estimation flows at various levels of abstraction: C-model, RTL, Gate, Layout
• Optimize design for low-power with the understanding of system level concepts Evaluation and Implementation of low-power design techniques at different levels of abstraction
• Power characterization on silicon: idle, TDP, use case power & debug power issues on silicon
• Partner with vendors to drive low-power requirements for SoC interfaces such as LPDDR, PCIe, etc.
• Partner with EDA tool vendors to select and deploy the appropriate power estimation tools
• Collaborate with internal HW/SW Co-design, Architecture, Design, DV, and Emulation teams for power flows, optimization and estimation

• Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience.
• 10+ years of experience with power arch specification, modeling, and design with C++/Python or an equivalent high level language
• Experience with EDA tools and scripting languages (Python, Tcl) used to build tools and flows for complex environments

• Experience with architectural performance and power models at SoC and system level
• Low-power design techniques such as clock-gating, power-gating, Dynamic Voltage and Frequency Scaling(DVFS), AVS
• Experience architecting systems for various design scales (IP blocks, SOC, multi-chip system) with an understanding of tradeoffs between performance and power
• Post-silicon bring-up, debug and identify issues on emulator and RTL
• Understanding of ASIC design process and knowledge of leakage and dynamic power, and impact of environment and manufacturing process on power
• Experience managing multiple design releases and working with cross functional teams to support and debug power issues
• Experience with communicating across functional internal teams and with vendors Knowledge of front-end and back-end ASIC tools
• Experience with RTL design using SystemVerilog or other HDL