Software Engineer, System Verification, Graviton Team
Posted Updated
Annapurna Labs, is the team behind AWS Graviton- the industry's most advanced ARM-based server SoC.
We operate like a start-up with the scale of the world's largest cloud provider.
As a System Verification Software Engineer, you will join a unique team that works at the heart of chip development, at the HW/SW boundary, collaborating across teams to ensure our semiconductor platforms meet the highest standards before they reach production, as we lead the market with our cutting-edge devices.
You’ll be part of a team that verifies Graviton chips across emulation, silicon, and AWS production fleets—developing the tests, automation, and debug tooling that give us confidence our features function correctly on real hardware.
Key job responsibilities
* Verify and validate Graviton chips in emulation, silicon, and post-production.
* Develop tests that ensure our features function as intended.
* Build automation and debugging tools for silicon regressions and bring-up.
* Collaborate with hardware design and software teams to identify, analyze, and resolve design issues and verification gaps.
* Debug failures across diverse platforms (emulation and silicon).
We operate like a start-up with the scale of the world's largest cloud provider.
As a System Verification Software Engineer, you will join a unique team that works at the heart of chip development, at the HW/SW boundary, collaborating across teams to ensure our semiconductor platforms meet the highest standards before they reach production, as we lead the market with our cutting-edge devices.
You’ll be part of a team that verifies Graviton chips across emulation, silicon, and AWS production fleets—developing the tests, automation, and debug tooling that give us confidence our features function correctly on real hardware.
Key job responsibilities
* Verify and validate Graviton chips in emulation, silicon, and post-production.
* Develop tests that ensure our features function as intended.
* Build automation and debugging tools for silicon regressions and bring-up.
* Collaborate with hardware design and software teams to identify, analyze, and resolve design issues and verification gaps.
* Debug failures across diverse platforms (emulation and silicon).