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Careers

Machine Learning Engineer

Design and build feedback-driven learning systems that improve our AI agent over time using real-world user behavior.

RemoteFull-time5-8 yearsPython / MLRanking & Personalization

The Role

We're looking for a Machine Learning Engineer to design and build feedback-driven learning systems that improve our AI agent over time.

This is not a traditional RL research role. We're focused on practical systems that learn from real user behavior and improve production outcomes.

You'll work at the intersection of a live conversational agent and real shopping behavior, where the feedback signal quality is unusually rich.

What You'll Do

  • Build and productionize feedback loops that improve agent performance over time.
  • Build evaluation infrastructure including offline metrics, regression suites, and experiment analysis.
  • Own signal pipelines end-to-end: instrument events, build labeled datasets, and convert user behaviors into reliable learning signals.
  • Design lightweight reinforcement learning and bandit-style approaches where appropriate.
  • Partner with product and engineering to define success metrics and optimize for them.
  • Design and analyze experiments to validate whether learning system changes improve real outcomes.
  • Improve ranking, recommendations, and decision-making within the agent.
  • Iterate quickly: ship, measure, learn, improve.

What Success Looks Like

  • You ship quickly and drive measurable improvements in core product metrics.
  • You turn noisy user behavior into reliable learning signals that improve the agent over time.
  • You own systems end-to-end and operate comfortably in production.

Ideal Background

  • 5-8 years of hands-on experience building and shipping ML systems.
  • Bachelor's or Master's degree in Computer Science.
  • Experience shipping recommendation systems, ranking, personalization, or optimization systems in production.
  • Deep knowledge of Python and modern ML tooling.
  • Pragmatic mindset: choose simple, effective solutions over theoretically perfect ones.