Variance

Variance

Research Engineer, Evals

San Francisco

Sponsorship not specifiedDetected 113 days ago
Machine LearningLLMsAgentic AIA/B TestingResearch

About the role

  • We're a small, talent-dense team in San Francisco working on a problem at the edge of what AI systems can reliably do: making good decisions in messy, adversarial, real-world environments.
  • This role sits at the center of research, product, and engineering.

Responsibilities

  • Build proprietary benchmarks and datasets to evaluate models and model systems on fraud, identity, and risk workflows
  • Design and run offline and online evals that measure model performance on real customer tasks, not just abstract benchmarks
  • Build reusable evaluation tools and quality building blocks that can be used across different product surfaces and workflows
  • Partner closely with research, engineering, product, and design to improve system quality through rigorous experimentation
  • Help create a strong culture of scientific experimentation, clear measurement, and continuous iteration
  • We have a clear, trusted view of how our systems perform across the workflows that matter most
  • We develop differentiated datasets, benchmarks, and quality loops that compound over time
  • Experience building benchmarks, datasets, evaluation pipelines, or quality systems
  • Ability to design clean experiments and draw reliable conclusions from noisy results
  • Strong engineering judgment and a bias toward building

Nice to have

  • Preferred background

Compensation

  • Competitive salary and meaningful equity

Benefits

  • Competitive salary and meaningful equity
  • Platinum-level medical, dental, and vision insurance
  • Unlimited PTO, sick leave, and parental leave
  • Up to $100 per month in reimbursement for personal health and wellness expenses

Company info

  • At Variance, we are teaching machines to make the hardest judgment calls at scale.

This listing is sourced directly from Variance's careers page and normalized into a canonical job model.