Toyota Research Institute (TRI) is committed to improving the quality of human life through advanced technologies. They are seeking a Research Scientist to develop intelligent systems for physical assembly, focusing on the intersection of machine learning and robotic assembly processes.

Responsibilities

• Design and implement end-to-end modeling pipelines for machine assembly tasks, building from the ground up rather than adapting existing frameworks
• Run systematic experiments to evaluate architectural variants, data collection and curation strategies, and a range of supervised and reinforcement learning techniques for physical manipulation
• Develop and maintain rigorous evaluation protocols to measure policy performance across assembly scenarios, including generalization to novel parts, configurations, and failure modes
• Explore how modern LLMs and agentic systems can be integrated to support physical reasoning and task planning in assembly contexts
• Collaborate with researchers and engineers across TRI and Toyota's broader ecosystem to connect learning-based systems with real hardware and manufacturing workflows
• Contribute to writing and publishing research results in peer-reviewed venues

Skills

• A PhD in a relevant field such as Computer Science, Robotics, Mechanical Engineering, or a related discipline, completed recently (or nearing completion), with some post-PhD or internship work experience
• A demonstrated track record of implementing non-trivial learning systems — not just running baselines, but building pipelines and components from scratch
• Hands-on experience with policy learning, reinforcement learning, or robot learning, with strong intuitions about what makes these approaches succeed or fail in practice
• Proficiency in Python and comfort working across the full stack of a research project, from data processing to model training to evaluation
• Genuine interest in how physical products are designed and manufactured
• Familiarity with large language models, vision-language models, or agentic AI frameworks, particularly in contexts involving structured reasoning or tool use
• Experience with robot manipulation, motion planning, or sim-to-real transfer
• Exposure to manufacturing processes, assembly planning, or CAD/CAM toolchains
• Experience building or contributing to production-level research codebases

Benefits

• Medical, dental, and vision insurance
• 401(k) eligibility
• Paid time off benefits (including vacation, sick time, and parental leave)
• An annual cash bonus structure

Company Overview

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