IIT Roorkee JRF Earth Sciences Recruitment 2026

IIT Roorkee JRF Earth Sciences Recruitment 2026: Overview

Indian Institute of Technology Roorkee (IIT Roorkee) is recruiting Junior Research Fellows for its Earth Sciences Department. The project studies the Moon below the area near the Chandrayaan-3 landing site, using seismic datasets to investigate subsurface scattering. The Indian Space Research Organisation (ISRO), Bengaluru, sponsors the study, with Simanchal Padhy as principal investigator.

This is a project research engagement at IIT Roorkee. The notice places seismic datasets at the centre of the lunar study, and the principal investigator’s office is handling applications for the department.

Service Conditions and Caveats

• Project term: The notice gives a three-year duration for the engagement. Consider that project term when deciding whether the position fits your plans.
• PhD opportunity: The selected candidate may get an opportunity for PhD admission. This is a possibility stated in the notice, so project selection should not be read as a guaranteed PhD place.
• Preference: SC/ST candidates receive preference when qualifications and experience are equal. This condition applies to the comparison of candidates with equal credentials.
• Travel costs: You must cover your travel for the interview. The notice rules out TA/DA for attending it.

Application Submission Notes

Address your application to Simanchal Padhy, Principal Investigator, Earth Sciences Department, IIT Roorkee. You can use email or post; the notice also mentions producing your application at the interview, while separately setting an advance application deadline.

The printed email address is spadhy@es.iitr.ac.in. Use the advance deadline when planning your application, and contact the principal investigator if you need clarification about the interview-day option.

The interview venue is the Earth Sciences Department, IIT Roorkee. The notice gives 11 AM as the interview time.

• Process seismic datasets for the lunar project.
• Analyse seismic data near the Chandrayaan-3 landing site.
• Interpret the processed seismic datasets.
• Investigate subsurface scattering in the lunar study area.
• Relate seismic interpretations to the project’s subsurface study.