Software Engineer Iii, Genai Data Operations Research, Xr

Google Google · Big Tech · London, United Kingdom

Software Engineer III role focused on architecting and scaling GenAI data operations infrastructure, including data generation, processing, and inference pipelines. The role involves developing production-ready pipelines for large-scale data processing, running deep learning experiments, and leveraging JAX for fine-tuning foundational models. Key responsibilities include delivering synthetic datasets for XR projects, integrating automated evaluation tools, and optimizing pipelines for specialized hardware accelerators.

What you'd actually do

  1. Build scalable infrastructure and modular toolkits for at-scale distributed data processing, GenAI data generation, and metadata extraction.
  2. Run, monitor, and scale deep learning experiments across compute clusters, and develop efficient inference pipelines using JAX.
  3. Lead high-volume synthetic datasets including metadata deliveries for XR and device projects.
  4. Integrate automated evaluation and filtering tools to measure domain gaps and ensure high-quality, photorealistic data.
  5. Migrate pipelines to specialized hardware accelerators (like TPUs or GPUs) for efficient production-scale inference.

Skills

Required

  • software development
  • distributed computing frameworks
  • JAX
  • ML infrastructure
  • data processing
  • model evaluation
  • debugging

Nice to have

  • architecting infrastructure for bulk inference
  • human-centric generative pipelines
  • Python
  • large-scale data processing frameworks
  • fine-tuning foundational GenAI models
  • TPUs
  • GPUs
  • speech/audio
  • reinforcement learning
  • XR projects

What the JD emphasized

  • production-ready pipelines
  • at-scale data processing
  • large-scale deep learning experiments
  • fine-tuning foundational models
  • synthetic datasets
  • automated evaluation tools
  • production-scale inference

Other signals

  • GenAI data generation
  • synthetic datasets
  • fine-tuning foundational models
  • inference pipelines
  • automated evaluation tools