As a Design Verification Engineer, you will develop and implement verification strategies for complex networking and computing chip designs, ensuring high coverage and compliance to specifications.

Collaborate with engineers to develop Rust-based software for ARM systems, focusing on distributed systems, network control, and device drivers.

The Embedded Firmware Software Engineer will design and maintain low-level firmware for PCBs, collaborate with hardware engineers, and troubleshoot issues.

Develop and maintain emulation models for silicon components, including testing networking protocols and collaborating with test teams for silicon tests.

Develop software for functional emulation of hardware I/O devices, including modeling silicon components, testing networking protocols, and collaborating with architects and designers.

The role involves performing static timing analysis, debugging timing constraints, and driving timing closure in complex semiconductor products.

The Design Verification Engineer will verify chip designs, implementing strategies for HW/SW co-simulation and ensuring industry-leading performance in complex devices.

As a Physical Design Engineer, you will lead physical implementation for semiconductor products, managing tool flows, floorplanning, and verification processes while collaborating with multi-disciplinary teams.

The role involves technical customer interaction, support for hardware and software solutions, and management of large-scale engineering applications in AI/ML and networking.

Design and maintain firmware for custom PCBs using Rust, optimize drivers, collaborate with hardware engineers, and troubleshoot issues.

This role involves writing test plans and developing software to validate high-speed I/O subsystems for ML optimized solutions, requiring strong coding skills and embedded systems experience.

As a Hardware Emulation Engineer, you will develop and maintain emulation frameworks and models, execute tests, and collaborate with teams for chip validation, focusing on robustness and throughput enhancement.

As a Physical Design Engineer, you will implement high-performance semiconductor products, build CAD tool flows, and collaborate on chip-level design and tapeout.

Design and implement state-of-the-art DFT flows for large-scale networking and computing chips. Collaborate with teams for integrating and validating test designs and methodologies.

The Chip Engineering Lead will oversee the design, development, and delivery of AI networking silicon products, managing the entire chip development lifecycle and leading cross-functional teams to achieve technical specifications and production readiness.

The Lead Silicon Architect will define and manage the architecture and microarchitecture of cutting-edge networking silicon, ensuring robust specifications and successful product deployment.