Principal Machine Learning Engineer GAIA

Company: wayve
Apply for the Principal Machine Learning Engineer GAIA
Location: London
Job Description:

Overview

In this role you will lead and shape Gaia, Wayve’s world model, by advancing post-training and closed-loop pipelines for frontier-scale models. You will drive longer, stable autoregressive rollouts and ensure deployment-ready performance, working across research, simulation, and cloud teams. You’ll mentor teams and set high engineering and research standards while contributing to architectural decisions. This position offers impact through cross-functional collaboration and direct influence on Gaia’s next version in a fast-paced, outcomes-driven environment.

Responsibilities

  • Lead Gaia post-training and closed-loop pipeline enhancements, including data curation and fine-tuning
  • Extend autoregressive generation to longer, more stable rollouts and ensure deployment-ready inference
  • Contribute to model architecture and training strategy decisions across pre/post-training layers
  • Collaborate with research, simulation engineering, and cloud/infrastructure teams to translate improvements into measurable downstream impact
  • Provide technical leadership through mentorship, code reviews, and setting high standards

Key requirements

  • Hands-on experience post-training/fine-tuning large-scale models (language, video, or other foundation models)
  • Experience with world models, autoregressive generation, and long-horizon generation
  • Experience with diffusion/flow models and understanding of 3D vision
  • Strong understanding of model architecture and ability to contribute to architectural/training decisions
  • Strong hands-on engineering skills with modern ML stacks (e.g., PyTorch) including debugging and reliability-minded development
  • Relevant industry experience (typically 5+ years) or equivalent depth of applied experience
  • Advanced degrees valued but not required
  • technical leadership
  • mentorship
  • cross-functional collaboration
  • world models
  • autoregressive generation
  • diffusion/flow models

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Posted: October 1st, 2026