IIT Ropar JRF Chemical Engineering Recruitment 2026

IIT Ropar JRF Chemical Engineering Recruitment 2026: Overview

Indian Institute of Technology Ropar (IIT Ropar) is recruiting a Junior Research Fellow (JRF) in its Department of Chemical Engineering at Rupnagar, Punjab. The project is supported by the Anusandhan National Research Foundation (ANRF-ARG) and examines how granular materials respond when an object moves through them at high speed. It focuses on the origins of the drag force, using theory and numerical simulation to study materials that can behave like solids, liquids and gases.

Service Conditions and Caveats

• Initial appointment: The planned engagement spans three years, with an initial appointment of one year. Further extension depends on the principal investigator's assessment of your performance, so continuation is conditional.
• Research setting: This is a project appointment in Chemical Engineering at IIT Ropar. The study connects the behaviour of granular media with the resistance experienced by a fast-moving object.
• PhD consideration: You may be considered for doctoral admission at a later stage if you meet all of the institute's requirements. The fellowship itself does not guarantee admission.
• Campus accommodation: Suitable accommodation may be offered on campus if available. The notice does not promise that a room will be available for every selected applicant.
• Rolling recruitment: Applications are reviewed regularly, and the opening remains available until it is filled. The notice gives no fixed calendar deadline for this application window.

Application Submission Notes

Send your application material as a single PDF to Dr. Saikat Roy at saikat.roy@iitrpr.ac.in. This is the email route named in the notice; the application is handled by the project investigator.

Project contacts: Dr. Saikat Roy is the principal investigator, and Dr. Rajagopal Vellingiri is the co-principal investigator. You can send project enquiries to the principal investigator or to rajagopalv@iitrpr.ac.in, the co-investigator's listed address.

• Study the response of granular materials to high-speed impact.
• Use numerical simulations to examine motion through granular media.
• Apply theoretical modelling to the project's research questions.
• Investigate the drag force acting on a fast-moving intruder.
• Examine the solid-like, liquid-like and gas-like behaviour of granular materials.