IISER Bhopal JRF or PA I Biological Physics 2026

IISER Bhopal JRF or Project Associate I Recruitment 2026: Overview

Indian Institute of Science Education and Research Bhopal (IISER Bhopal) is recruiting a Junior Research Fellow or Project Associate-I for theoretical and computational biological physics research in its Department of Chemistry. The project brings physics, biology and computation together to study how complex biomolecular systems behave. It is supported by the Anusandhan National Research Foundation (ANRF), Department of Science and Technology, Government of India, under project CRG/2023/000970.

The research uses physics-based models and computer simulations to explore behaviour across different time and length scales. Equilibrium and non-equilibrium statistical physics form the core of the approach, alongside modern machine learning methods. You would join a project led through Dr. Rajesh K. Murarka, the contact named in the notice.

Posts and Disciplines

• Junior Research Fellow: an appointment route within the theoretical and computational biological physics project.
• Project Associate-I: the alternative designation offered in the same notice for the same research area. The notice does not describe a separate project or a different set of duties for this route.

Service Conditions and Caveats

• Project tenure: The engagement runs for six months or until the project ends, subject to satisfactory performance. You should consider this a project appointment.
• Possible PhD route: The notice mentions a possible future move to an institute-funded PhD. This is an opportunity that may arise, rather than a guaranteed outcome of joining.
• Communication: The institute will contact shortlisted applicants by email and will not handle interim enquiries about the application.

Application Submission Notes

Send your application to rkm@iiserb.ac.in as one PDF attachment. This email route is the submission method stated in the notice. Dr. Rajesh K. Murarka in the Department of Chemistry is also the named contact for the position.

• Study the physical principles behind complex biomolecular systems.
• Build physics-based models for the project research.
• Run computer simulations of biomolecular behaviour.
• Explore phenomena across different time and length scales.
• Apply equilibrium and non-equilibrium statistical physics methods.
• Use modern machine learning methods alongside computational research.