SES

The intern will support computational chemistry modeling and simulation of advanced electrolyte systems, focusing on performing liquid-phase molecular dynamics simulations, including setup, execution, and result analysis. Responsibilities also include building automated data-processing pipelines and converting simulation outputs into clear reports and visualizations.

Interns will support computational chemistry modeling and simulation of advanced electrolyte systems, focusing on performing liquid-phase molecular dynamics simulations, including system setup, execution, and result analysis. Key tasks involve analyzing structural and dynamic properties, building data-processing pipelines, and converting outputs into clear reports for decision-making.

Interns will support computational chemistry modeling and simulation of advanced electrolyte systems, focusing on performing liquid-phase molecular dynamics simulations, including setup, execution, and result analysis.