IIT Indore SRF Physics Recruitment 2026

IIT Indore SRF Physics Recruitment 2026: Overview

Indian Institute of Technology Indore (IIT Indore) is hiring a Senior Research Fellow (SRF) for a Physics project funded by the Anusandhan National Research Foundation. The project, Cogent extensions of the Standard Model and their observational consequences, is based at the institute in Simrol, Indore. You will work with principal investigator Dr. Dipankar Das on theoretical particle physics, connecting proposed extensions of the Standard Model with observational limits. The notice focuses on models beyond the Standard Model and constraints from the Large Hadron Collider, giving this opening a specific research direction.

Service Conditions and Caveats

• Project appointment: The engagement lasts 6 months. Keep this stated duration in mind when considering the position and planning a move to Indore.
• Role named in the notice: Although the advertisement template and careers-page heading refer broadly to JRF, SRF and RA, the position described in this particular notice is Senior Research Fellow. Use that role name when preparing your application.
• Interview expenses: IIT Indore will not pay travel or daily allowance for attending the interview. You should account for your own attendance-related expenses if you are called.
• Communication: The institute says it will inform selected applicants by email. Keep the email address in your CV accurate so the project team can contact you.

Application Submission Notes

Email your application to d.das@iiti.ac.in and copy phy_office@iiti.ac.in; the notice directs your application to the researcher with the Physics office kept in the loop. Package your CV and the supporting material specified in the document list as a single PDF file, rather than a set of separate attachments. The notice asks for a detailed CV, so use it to explain your relevant research background clearly. This is an email application; the notice does not prescribe an online registration form for this opening.

• Develop theoretical frameworks that extend the Standard Model.
• Study scalar extensions relevant to the Physics project.
• Compare proposed models with current Large Hadron Collider limits.
• Use particle physics software packages for research calculations.
• Analyse the observational consequences of proposed models.
• Discuss calculations and research findings with the principal investigator.