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About FuriosaAI FuriosaAI builds high-performance, high-efficiency AI compute for the Inference Era. Founded in 2017 by veteran semiconductor and AI algorithm engineers, Furiosa operates globally with offices in Korea…
Leads silicon validation for NPU SoC chips, ensuring system-level functionality from first silicon bring-up to performance optimization and stability. Bridges hardware (RTL/DV) and software (firmware/OS) teams with structured validation processes, debugging, and test automation.
Validates NPU SoC hardware for FuriosaAI, ensuring first-silicon bring-up, system-level debugging, and performance optimization across AI compute components like NPU cores, CPUs, and high-speed interfaces.
Design and optimize signal/power integrity for AI hardware, running EM/circuit/system simulations and guiding chiplet/3D-IC layouts to ensure robust AI-native compute.
Designs AI-native SoC architectures and RTL for high-performance, energy-efficient AI compute hardware, collaborating with verification, physical implementation, and silicon bring-up teams to ensure optimal performance and manufacturability.
Leads AI hardware system PCB design, including schematic capture, layout, and SI/PI consulting for FuriosaAI’s AI-native compute platform.
Designs and executes verification strategies for AI hardware, ensuring functional correctness and coverage of block/system-level designs using SystemVerilog/UVM and Python-based tools.
Designs and optimizes AI hardware architectures, focusing on performance, power, and area (PPA) metrics. Uses Verilog, EDA tools, and scripting to perform synthesis, equivalence checking, and timing analysis for chip-level designs.
Hardware Design Verification Engineer at FuriosaAI responsible for defining and implementing verification plans, building test benches, and debugging design failures using SystemVerilog/UVM methodologies and EDA tools.
Designs AI-native hardware architectures and RTL implementations for high-performance, energy-efficient AI chips, focusing on chip modules, simulation, and optimization for power, timing, and area.
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