Memory-Centric AI Systems Architect

SanDisk; Milpitas (CA); Presencial; USD 202.000 - 344.000; Jornada completa

Descripción de la vacante

SanDisk in Milpitas, CA, seeks a Principal AI/HPC Software Engineer to develop AI memory systems and platform technologies. The role sits at the intersection of AI infrastructure, system software, and memory-centric architectures, collaborating closely with hardware teams.

You will build and optimize AI inference and training platforms, design memory-aware runtimes, and contribute to next-generation AI memory concepts with a strong emphasis on performance and energy efficiency.

Formación

• Experience in AI infrastructure and memory-centric software platforms.
• Strong background in system software design and GPU/accelerator tech.
• Proven ability to collaborate with hardware teams on co-design.
• Knowledge of AI frameworks, runtimes, and open-source infrastructure.
• Experience with memory systems and storage integration.

Responsabilidades

• AI Infrastructure Software Development for ML workloads.
• Design memory-centric software architectures and runtimes.
• Hardware/Software Co-Design with architecture teams.
• Develop APIs and system libraries for AI systems.
• Benchmarking, validation tools and performance optimization.

Conocimientos

Python

C

C++ Systems

Operating systems

Device drivers

System software design

System programming

GPU architecture

CUDA programming

AI infrastructure

Computer architecture

Memory systems

Herramientas

vLLM

TensorRT-LLM

Triton

SGLang

Dynamo

Ray

Kubernetes

Docker

Slurm

CUDA

NCCL

InfiniBand

Descripción del empleo

SanDisk in Milpitas, CA, seeks a Principal AI/HPC Software Engineer to develop AI memory systems and platform technologies. The role sits at the intersection of AI infrastructure, system software, and memory-centric architectures, collaborating closely with hardware teams.

You will build and optimize AI inference and training platforms, design memory-aware runtimes, and contribute to next-generation AI memory concepts with a strong emphasis on performance and energy efficiency.