Clera

Lead Research Engineer, Data Quality

United States. Posted 8 days ago

The role

You will lead the data quality team at an early-stage AI company. You will shape how training data is assessed and improved to help research teams create reliable AI agents.

What you will do

  • Lead development of systems that evaluate tasks across reinforcement learning environments, synthetic data, benchmarks, and domain-specific workflows.
  • Set data quality strategy, establish standards, and design experiments to assess agent outputs.
  • Develop scalable methods for validating synthetic data, including failure analysis, task mutation checks, and trajectory audits.
  • Work with research engineers, domain experts, and data vendors to diagnose quality issues and improve data generation.
  • Turn research insights into production tools, dashboards, validation pipelines, and feedback loops.
  • Mentor research engineers and promote technical rigor, clear communication, and strong execution.

Required qualifications

  • At least 5 years of research or engineering experience focused on AI/ML data evaluation or data quality systems.
  • Experience leading technical projects or teams through ambiguous problem definition, implementation, and iteration.
  • Advanced proficiency in Python, Docker, and Linux.
  • Background in AI evaluations, post-training, benchmarks, synthetic data pipelines, or model evaluation infrastructure.
  • Strong judgment about what makes agent training data realistic, learnable, diverse, reliable, and useful.
  • Experience designing metrics, experiments, and quality processes, and translating research findings into production systems.
  • Ability to work with subject-matter experts and convert domain judgment into scalable review or generation workflows.
  • Strong written communication, attention to detail, and experience in an early-stage startup environment.

Benefits

  • Visa sponsorship is available

About the company

clera is an early-stage AI company building infrastructure for reinforcement learning and model evaluation.