Prof. Jindal Shah's research group at Oklahoma State University is recruiting a PhD student for an NSF-funded collaborative project in the School of Chemical Engineering. The research focuses on molecular-level interactions in ionic liquid-polymer hybrid systems, with applications in designing next-generation materials for energy and environmental solutions. The group utilizes quantum chemistry, atomistic simulations, and machine learning to advance materials science.

The ideal candidate will have a strong background in chemical engineering or a closely related field, with excellent communication and analytical skills. Experience in programming, numerical simulations, and analysis is highly valued, and preference will be given to candidates with research experience in atomistic simulations of ionic liquids and/or polymers.

The position offers a monthly stipend and tuition waiver, providing full financial support for the successful applicant. The collaborative nature of the project allows for interaction with group members working on cutting-edge computational and experimental techniques.

To apply, candidates should submit a resume, degree transcripts, and a statement of purpose via email to Prof. Jindal Shah at [email protected], referencing AcademicKeys.com in the cover letter. Alternatively, applications can be submitted online at the Oklahoma State University graduate admissions portal. The application deadline is open until filled.

Key research areas include chemical engineering, polymer science, ionic liquids, atomistic simulations, quantum chemistry, machine learning, and materials for energy and environment. This opportunity is ideal for students interested in interdisciplinary research at the intersection of chemical engineering and materials science.