Tenstorrent

Site Lead for Tenstorrent's Munich engineering hub, responsible for program planning and execution of silicon and platform initiatives, bridging German engineering with global priorities, and fostering innovation.

Tenstorrent is seeking an SOC Architect to design central compute chiplets for next-generation automotive SoCs. This role involves translating automotive and safety requirements into architecture, focusing on performance, power, and reliability. The position requires a systems mindset and experience with SoC architecture, interconnects, memory, and CPUs, with familiarity in functional safety (ISO 26262) and automotive-grade design challenges.

Field Application Engineer for Tenstorrent's automotive robotics division, focusing on driving adoption of their AI technology and RISC-V CPUs through customer and partner engagement. The role involves technical marketing, support, and ecosystem building within the semiconductor industry, particularly with open chiplet initiatives.

Sr. Staff Design Verification Engineer for Tenstorrent, focusing on digital designs for AI accelerators and RISC-V CPUs in an automotive robotics context. The role involves leading verification strategy, building test environments, and mentoring engineers, with a strong emphasis on SystemVerilog and UVM.

Tenstorrent is seeking an Emulation Engineer to build and scale emulation platforms for their SiP-based AI or ML engines. This role involves architecting and developing emulation environments, testbenches, and support systems to enable hardware, software, and architectural validation, with a focus on silicon debug, DV, and performance.

Sr. Staff RTL Engineer for Automotive Robotics at Tenstorrent, focusing on designing and delivering core hardware modules for next-generation chiplet-based SoCs. The role involves hands-on RTL design for silicon that will power real automotive systems under strict performance and safety constraints, requiring collaboration with IP vendors and internal teams for subsystem integration, testing, and bring-up.

DFT Engineer for Automotive Robotics team, focusing on designing and delivering core hardware modules for next-generation chiplet-based SoCs. The role involves defining DFx strategy, ensuring aggressive performance, quality, and safety targets are met, and collaborating with silicon design, DFT, OSAT partners, and customers. Experience with ATPG, DFx insertion tools, RTL coding for DFx logic, and fault models is required. Exposure to post-silicon testing and fault campaigns is a plus. The role will involve learning about SiP production, chiplet integration, and balancing architecture, DFT, and test costs.