OpenAI· Alignment· San Francisco
Researcher, Alignment Science
Comp$250K – $445K
Classified Tasks (12)
Automate 0%Augment 83%Human-Only 17%
Augment (10)
AI assists, human decides
1. Design and run alignment experiments that improve models' intent following, calibration about correctness and risk, honesty, and robustness
technical
2. Design and implement alignment experiments focused on intent following, honesty, calibration, and robustness
technical
3. Train models using reinforcement learning and other empirical ML methods
technical
4. Evaluate model performance and behavior using designed evaluations
analytical
5. Develop evaluations targeting failure modes such as hallucination, instruction-following failures, reward hacking, covert actions, and scheming
analytical
6. Study and develop methods (including confession-style training objectives) that encourage models to verify their behavior and report shortcomings honestly
technical
7. Build monitoring systems and inference-time interventions to ensure compliant behavior or surface model issues to users or downstream systems
technical
8. Investigate how alignment methods scale with model capability, compute, data, context length, action length, and adversarial pressure
analytical
9. Integrate successful alignment techniques into model training, deployment workflows, and frontier model development
operational
10. Build and maintain research infrastructure to support hands-on model training and evaluation design
operational
Human-Only (2)
Requires human judgment
11. Produce externally publishable research when results advance the broader science of alignment
communication
12. Collaborate with researchers and engineers across post-training, reinforcement learning, evaluations, safety, and product-facing teams
communication
Job description
Researcher, Alignment Science | OpenAI Careers ## Researcher, Alignment Science Alignment - San Francisco Apply now(opens in a new window) ## **About the Team** The Alignment Science team at OpenAI studies the science of intent alignment: how to train models to understand what users are actually asking for, act faithfully on that intent while respecting safety constraints, verify what they did, and report their limitations honestly. Our work sits alongside broader value alignment efforts, but this team focuses on scalable methods for ensuring instruction-following, honesty, and robustness as models become more capable. We work on both sides of alignment research: producing externally publishable results and integrating promising techniques into the models OpenAI deploys. Recent team research on model confessions studies how models can be trained to honestly report shortcomings after their original answer, including failures involving hallucination, instruction following, scheming, and reward hacking. That work reflects a broader agenda: build scalable and general methods to ensure models follow human intent. The team uses a mix of training and evaluation methods, with a focus on reinforcement learning. We care about rigorous, quantitative research that can translate into safer model behavior. ## **About the Role** As a Research Engineer / Research Scientist on the Alignment team, you will design and run experiments that help increasingly capable models follow user intent, remain calibrated about correctness and risk, and honestly surface their own mistakes. You will work on hands-on model training, evaluation design, and research infrastructure, while helping turn promising alignment methods into techniques that can be used in frontier model development. This role is based in San Francisco, CA. We use a hybrid work model of 3 days in the office per week and offer relocation assistance to new employees. We are also open to exceptional remote candidates who can operate independently and collaborate closely with the team. ## **In this role, you will:** * Design and implement alignment experiments focused on intent following, honesty, calibration, and robustness. * Train and evaluate models using reinforcement learning, and other empirical ML methods. * Develop evaluations for failure modes such as hallucination, instruction-following failures, reward hacking, covert actions, and scheming. * Study methods that encourage models to verify their behavior and report shortcomings honestly, including confession-style training objectives. * Build monitoring and inference-time interventions that ensure compliant behavior or surface model issues to users or downstream systems. * Investigate how alignment methods scale with model capability, compute, data, context length, action length, and adversarial pressure. * Integrate successful techniques into model training and deployment workflows. * Produce externally publishable research when results advance the broader science of alignment. * Collaborate with researchers and engineers across post-training, RL, evaluations, safety, and product-facing teams. ## **You might thrive in this role if you:** * Have strong hands-on experience training, evaluating, or debugging large ML models, especially LLMs. * Have excellent engineering skills in Python and modern ML frameworks such as PyTorch. * Bring mathematical rigor, quantitative taste, and comfort turning ambiguous research questions into measurable experiments. * Have experience with reinforcement learning, post-training, preference optimization, scalable oversight, model evaluation, or adjacent empirical ML research. * Can operate with high independence and do not need close day-to-day handholding. * Enjoy fast-paced, collaborative research environments where priorities shift as models and evidence change. * Have a strong record in technical problem solving, such as competitive programm