Ingeniero de Kernels de GPU – CUDA, Triton y Rendimiento de Aceleradores
Madrid · Remoto
65 US$
🇬🇧Madrid·Ingeniería e IT·Jornada parcial·Añadida hoy
13 ofertas abiertas
65 US$ la hora
Bruto, según indica la oferta.
Contrato de duración determinada
Jornada parcial.
Totalmente en remoto
Según la oferta.
Trabajo en inglés
Se requiere inglés, según la oferta.
Tengas 2+ años de experiencia
Puesto de nivel Mid.
Esta oferta está publicada en inglés.
Resumen en español
Anyone AI busca ingenieros experimentados en kernels NKI y AWS Trainium para un rol de consultoría por proyectos a tiempo parcial. El puesto se centra en la evaluación, optimización y migración de kernels para cargas de trabajo de IA en hardware especializado de AWS.
Anyone AI is recruiting experienced AWS Trainium / Neuron Kernel Interface (NKI) engineers for a specialized project focused on evaluating and improving kernel development tasks for AI workloads.
We're looking for engineers with hands-on experience building or optimizing NKI kernels on AWS Trainium or Inferentia2 hardware who understand how Trainium's architecture differs from traditional GPU programming.
You'll review and evaluate technical tasks involving:
NKI kernel correctness and Trainium-specific development patterns
CUDA → NKI kernel migrations
Trainium performance optimization and benchmarking
Memory management across SBUF, PSUM, and HBM
Tile-based computation and DMA scheduling
Cross-platform numerical correctness between CUDA/Triton and NKI
Trainium-specific performance bottlenecks and optimization opportunities
Technical feedback and quality assessment of kernel implementations
The work involves determining whether implementations are not only technically correct, but also idiomatic and optimized for Trainium hardware rather than simply translated from GPU-based approaches.
2+ years of hands-on experience developing or optimizing kernels with the Neuron Kernel Interface (NKI)
Experience working with AWS Trainium and/or Inferentia2
Strong understanding of:
Tile-based computation
SBUF / PSUM / HBM memory hierarchy
Partition dimension constraints
DMA orchestration
Trainium-specific optimization techniques
Ability to evaluate CUDA → NKI migrations
Experience profiling and optimizing workloads on Trainium
Understanding of numerical differences across GPU and Trainium backends
Strong ability to analyze complex technical implementations and provide clear written feedback
Experience with the AWS Neuron SDK or Neuron Compiler
CUDA or Triton kernel development experience
Knowledge of NeuronCore-v2 architecture
Experience with FP32, BF16, FP8, and INT8 workloads
Experience benchmarking workloads on Trn1 or Trn2 instances
Familiarity with nki.language, @nki.jit, or XLA custom calls
Experience with technical evaluation, AI/ML data projects, RLHF, or rubric-based assessment
Work Type: Remote
Engagement: Part-time, project-based consulting
Focus: AWS Trainium / NKI kernel engineering and technical evaluation
This is a strong fit for engineers who have worked deeply with AWS Trainium infrastructure and low-level ML kernel optimization and are interested in applying that expertise to technically challenging AI projects.