Virtual Platform Engineering Sr. Manager, Annapurna Labs Machine Learning Accelerators, Aws

Amazon Amazon · Big Tech · Cupertino, CA · Software Development

Lead the team delivering virtual platforms for custom silicon (Trainium/Inferentia chips) used by software teams for pre-silicon development and validation. Own the roadmap, drive usability, performance, and scalability, and build CI/CD infrastructure. This is a builder-leader role focused on system modeling and leading engineers, with no ML background required.

What you'd actually do

  1. Lead the team delivering virtual platforms used by design verification as well as driver, runtime, collectives, and application software teams to develop and validate software pre-silicon
  2. Own the virtual platform roadmap — deciding what to model, at what fidelity, and when to deliver it, based on customer needs and chip schedules
  3. Drive platform usability, performance, and scalability so teams can run real workloads on your models efficiently
  4. Build and improve the tooling, CI, and release infrastructure around the virtual platform so customers get reliable, well-documented drops
  5. Partner closely with software teams and design verification to understand their workflows and shape the platform to maximize their productivity

Skills

Required

  • 7+ years of engineering team management experience
  • Knowledge of SoC architecture
  • 15+ years writing functional or performance models for SoCs, CPUs, GPUs, or ASICs
  • Strong C++ and/or SystemC skills in large-scale OOP codebases

Nice to have

  • Experience hiring, developing and promoting engineering talent
  • Experience with high-performance, multi-threaded, or distributed systems
  • Experience developing and calibrating performance models for custom silicon
  • Background writing benchmarks and analyzing model performance
  • ML accelerator architecture knowledge
  • Experience building CI/CD regression frameworks and developer tooling
  • Familiarity with AWS EC2 for development workflows

What the JD emphasized

  • virtual platform
  • silicon
  • modeling