Research Engineer, Safety Oversight, Deepmind

Google Google · Big Tech · Mountain View, CA +1

Research Engineer focused on monitoring the safety and alignment of deployed AI models using large-scale production data and automated evaluation methods. The role involves building classifiers and data pipelines to detect misbehavior and misuse, researching novel monitoring systems, and collaborating with infrastructure and data science teams. The goal is to ensure safe AI development and deployment for public benefit.

What you'd actually do

  1. Build classifiers and large-scale data pipelines to detect model misbehavior and misuse end-to-end.
  2. Research and develop cross-context monitoring systems to detect coordinated harms, developing novel signal aggregation methods across disparate user sessions to identify large-scale attack vectors.
  3. Think critically about novel methods for monitoring using model activations, actions, chains-of-thought and final answers.
  4. Collaborate closely with infrastructure teams and data scientists to scale your work and regularly share results with the wider safety team.

Skills

Required

  • building and shipping technical products
  • generative AI
  • Large Language Models (LLM)
  • building classifiers
  • large-scale data pipelines
  • detect model misbehavior and misuse
  • monitoring systems
  • signal aggregation methods
  • model activations
  • actions
  • chains-of-thought
  • final answers

Nice to have

  • developing code
  • running experiments and analyses collaboratively with coding agents
  • large-scale, highly parallelised data pipelines
  • data quality
  • automated evaluation design
  • simple statistical modeling
  • approaching new research questions
  • implementing technical solutions for them at scale
  • use AI every day to build and find ways to push the frontier of model capabilities to accelerate work

What the JD emphasized

  • safety of deployed AI models
  • monitor the safety and alignment of deployed models
  • detect and understand it
  • safety risk can be rapidly mitigated
  • safety training
  • safety evaluation
  • GenAI safety
  • tangibly dangerous model capabilities
  • proactive monitoring and deployment-time oversight are critical for safe AI development
  • safety and ethics are always our highest priority
  • detect model misbehavior and misuse
  • detect coordinated harms
  • identify large-scale attack vectors
  • monitoring using model activations, actions, chains-of-thought and final answers

Other signals

  • monitoring deployed AI models
  • detecting model misbehavior and misuse
  • large-scale data pipelines
  • automated evaluation methods
  • safety and alignment of deployed models