Staff CPU Microarchitect

Who you are

• This role is ideal for an architect/micro-architect who enjoys working across hardware and software boundaries, defining next-generation compute architectures, and shaping how CPUs and HPC/AI workloads work together
• Passionate about designing next-generation compute architectures for AI, HPC, and large-scale datacenter systems
• Experienced in CPU architecture with strong knowledge of AI acceleration, matrix math, floating point, and heterogeneous compute systems
• Comfortable making architectural decisions across CPU cluster and subsystems
• Collaborative technical leader who enjoys influencing cross-functional engineering teams
• Curious and driven to solve challenging performance, scalability, and system architecture problems
• 5+ years of experience in CPU design for high-performance computing and AI acceleration
• Experience designing hardware for matrix floating-point computation, AI accelerators, vector processing, tensor engines, or machine learning workloads
• Knowledge of CPU architecture, memory hierarchy, data movement, cache coherency, and interactions between CPUs and AI accelerators
• Experience defining architectural specifications and leading cross-functional teams from concept through silicon implementation
• Experience with RTL development with cutting edge AI frontier models

What the job involves

• Tenstorrent is seeking an experienced CPU Architect/Micro-Architect to drive the next generation of high-performance RISC-V CPU Vector (RVV), Floating Point, and Matrix extensions
• In this role, you will drive both the architecture and micro-architecture of compute execution units and subsystems that enable the efficient execution of modern high-performance computing (HPC), and AI inference/training workloads
• Working closely with architects, software teams, silicon designers, and external IP partners, you will translate HPC/AI workload requirements into scalable CPU architectures that optimize performance, power, and area (PPA) while enabling future HPC/AI computing platforms
• Design CPU compute that efficiently accelerates modern HPC/AI workloads through optimized matrix floating-point execution and heterogeneous compute architectures
• Gain deep expertise in the co-design of CPUs, AI accelerators, and memory subsystems
• Learn how large-scale HPC, and AI workloads influence hardware architecture, data movement, and system-level optimization
• Work alongside world-class CPU, AI, and system architects defining the future of open RISC-V computing and AI infrastructure
• RTL design with cutting edge AI frontier models

The application process

• We welcome candidates at various experience levels for this role. During the interview process, candidates will be assessed for the appropriate level, and offers will align with that level, which may differ from the one in this posting