Search the 19 jobs at Toyota Research Institute

The Robotics Intern will develop software features and tools for robotics used in manufacturing environments, collaborating with a multidisciplinary team to enhance robotics research and deployments.

The Robotics Intern at Toyota Research Institute will work on developing machine learning models for robot manipulation and create prototypes for robotic systems. Responsibilities include working with data, running experiments, and contributing to research publishing.

The Staff Front-End Engineer will develop responsive web applications for a new mobile manipulation robot, collaborating with a UX team and ensuring an intuitive user interface. Responsibilities include coding, testing, and optimizing applications while maintaining user-centered design principles and collaborating with various team members to collect and implement user feedback.

The Machine Learning Engineer will collaborate with research scientists and partner laboratories to develop and improve end-to-end ML pipelines for multimodal models. The role involves training and serving robot foundation models while enhancing data infrastructure and contributing to significant publications.

As a Robotics Intern at Toyota Research Institute, you will contribute to the development of general-purpose robots, focusing on large-scale multi-modal models in visual, language, and robotic domains. Responsibilities include training models, validating research outcomes, and collaborating with research teams for real-world applications.

As a Robotics Intern at Toyota Research Institute, you'll contribute to developing general-purpose robots for dexterous tasks using machine learning models. You'll create code prototypes, run experiments, and help publish research findings. Ideal candidates have experience in machine learning, coding in Python, and a passion for robotics.

As a Robotics Intern, you will conduct cutting-edge research in Machine Learning, focusing on Computer Vision and Robotics. Your role involves solving practical ML problems, validating results in real-world environments, and collaborating with multidisciplinary teams to push state-of-the-art technologies.

As a Robotics Intern, you will work on developing algorithms for robot manipulation using various sensing modalities. You will create code, run experiments, and publish findings. The focus will be on machine learning models for learned control, incorporating multiple data sources such as images and audio.

As a Robotics Intern, you'll develop and deploy algorithms for autonomous robot tasks, leveraging machine learning and innovative solutions in real-world environments. Responsibilities include enhancing human-robot interactions, navigation, and manipulation through engineering robust behaviors.

The Robotics Intern will develop, integrate, and deploy algorithms for autonomous robot actions involving perception, navigation, and manipulation. They will utilize machine learning and computer vision to create innovative solutions and adapt systems for real-world applications.

The Robotics Intern will develop and deploy compliant whole-body tactile sensing hardware to facilitate robust manipulation. Responsibilities include research and engineering in mechanical design, soft robotics, and machine learning, while contributing to multidisciplinary projects aimed at enhancing robotic capabilities in complex environments.

The Robotics Intern will contribute to the design and development of a mobile manipulation platform, focusing on hardware integration and firmware development. Responsibilities include designing systems, developing prototypes, and debugging electrical subsystems.

Assist the Human-Robot Interaction team in categorizing and detecting policy failures in tasks related to HRI. Develop multimodal classifiers for robot policy failures, create mitigation strategies, test systems with real hardware, and present findings to the TRI organization.

The Senior Director of People at TRI will develop and lead initiatives to enhance employee engagement, talent acquisition, and organizational culture. They will direct the People team, implement strategic HR processes, and collaborate with executives on performance management and leadership development, all while adapting to a fast-paced environment.

The Robotics Intern will work on research projects aimed at enhancing simulation tools for robotics at TRI. Interns will collaborate with software engineers and researchers to solve complex modeling and implementation challenges, focusing on creating accurate and reliable simulation software for robotics applications. The ultimate goal includes publishing findings in scientific literature.

The Senior Robotics Engineer will research and design robotic systems through software development, focusing on control, perception, planning, and integrating machine learning to create general-purpose robots capable of operating in unstructured environments. Responsibilities include developing tools for robotic platforms and collaborating with cross-functional teams to advance robotics technologies.

As a Full-Stack Software Engineer at Toyota Research Institute, you will develop both front-end and back-end software, ensuring the integration of innovative capabilities into usable software solutions. Your role involves collaboration with product managers and designers, creating robust web applications, RESTful APIs, conducting testing, and providing technical mentorship to other engineers.

As a Senior Backend Engineer at TRI, you will develop scalable backend architectures to support robotics research. You will collaborate with multidisciplinary teams, implement production backend solutions, drive communication on technical requirements, and tackle infrastructure needs for deployment.

As a Hardware Engineer on the PROps team, you will design, build, and test prototypes in robotics, ensuring the integration of mechanical and electrical systems. Responsibilities include documenting processes, evaluating system performance through field tests, and collaborating with various stakeholders. You will also be involved in fabricating components using rapid prototyping equipment and safely deploying research equipment.