Figure is an AI Robotics company developing a general purpose humanoid. Our humanoid robot, Figure 02, is designed for commercial tasks and the home. We are based in Sunnyvale, CA and require 5 days/week in-office collaboration. It’s time to build.
Figure’s vision is to deploy autonomous humanoids at a global scale. Our AI team is looking for a Model Evaluator to take out learned robot models to the next level. As a key member of our AI team, you will be responsible for leading user studies, data collection efforts, and evaluations for AI models across multiple modalities. Your work will directly impact robots that we ship into the real world to perform useful work.
Responsibilities:
- Evaluate Model Performance: Develop, implement, and refine rigorous methodologies for assessing AI model accuracy, robustness, and efficiency across multiple modalities (e.g. vision, language, proprioception)
- Framework & Tooling Development: Collaborate with internal teams to build or integrate new evaluation frameworks, simulation environments, and metrics tailored to our humanoid robot applications
- Baseline & Benchmark Creation: Establish and maintain benchmarks, gold-standard datasets, and systematic test procedures for continued performance comparisons of new and existing models
- Continuous Evaluation & Monitoring: Implement ongoing monitoring pipelines to detect model drift or performance degradation, and propose retraining strategies when necessary
- Collaboration with Engineering Teams: Work closely with roboticists, software engineers, and data scientists to ensure end-to-end integration of model evaluation feedback into production systems
Requirements:
- The ideal candidate will have a strong computer science background, excellent attention to detail, and a passion to make an impact
- Track record building and maintaining distributed systems
- Excellent communication skills
- Thrive in a high pace environment, where solutions are often unclear and require exploration
Bonus Qualifications:
- Prior experience working with robotic learning systems or large generative models