The Energy Materials Intern will contribute to developing physics-based water electrolyzer models by performing data analytics and modeling related to electrolyzer design and testing, at the interface of materials science and AI, during a 12-week paid summer internship at Toyota Research Institute.
Key Responsibilities
Contribute to the development of physics-based water electrolyzer models.
Develop materials-informed water electrolyzer models to aid in device design and testing.
Perform data analytics related to electrolyzers and half-cell data.
Conduct mass transport, kinetic, and thermodynamic modeling for electrolyzer components.
Develop structural causal models to understand electrolyzer performance.
Requirements
Must be an intern researcher contributing to the development of physics-based water electrolyzer models.
Experience or knowledge in developing materials-informed water electrolyzer models that provide insight into the design and testing of zero-gap electrolyzers or related devices.
Ability to perform data analytics for electrolyzers or half-cell data, including mass transport, kinetic, and thermodynamic modeling.
Experience or skills in structural causal model development is required.
Must be enrolled in a program related to materials science, chemical engineering, or a related field (implied by the internship focus and research activities).
Availability to work in-office for the duration of the 12-week summer internship in 2026.
Ability to learn and apply skills at the interface of materials science and artificial intelligence.
Proficiency in using scientific tools and methods relevant to modeling and data analysis in electrochemical systems (implied by job duties).
Benefits & Perks
Paid summer internship (12 weeks)
In-office role
Medical insurance
Dental insurance
Vision insurance
Paid time off including holiday pay and sick time
Generous benefits package
Ready to Apply?
Join Toyota Research Institute and make an impact in renewable energy