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Indian Institute of Technology (ISM) Dhanbad invites applications for an ANRF Junior Research Fellow to work on the project “Complexity-Aware Hamiltonian Engineering for Non-Ergodic Quantum Dynamics.” The selected candidate will carry out theoretical and numerical studies and develop GPU-based simulation codes under the Office of the Dean (Research & Development). The post requires an M.Sc.
in Physics with 60% marks/1st class and a valid CSIR-UGC NET or GATE.
Indian Institute of Technology (ISM) Dhanbad (IIT (ISM) Dhanbad) has announced 1 project-based vacancy for the ANRF Junior Research Fellow post under the recruitment. The appointment is tenure-based, lasting until 2 September 2029 or co-terminus with the project, whichever is earlier, under advertisement number ANRF/ECRG/2025/002793/PMS and SRDP 1408 G. The position offers a pay of Rs. 37,000 PM + HRA. Eligible candidates must possess an M.Sc. (Physics) with 1st class or min 60% marks / 6.0 CGPA and valid CSIR-UGC NET or GATE qualification. Applications quoting project no. 'ANRF/ECRG/2025/002793/PMS' along with supporting documents should be sent via E-mail to the PI on or before 3 November 2026. Selection involves shortlisting based on merit and requirement followed by an interview of shortlisted candidates.
Organisation Indian Institute of Technology (ISM) Dhanbad
Advertisement No. ANRF/ECRG/2025/002793/PMS; SRDP 1408 G
Department Office of the Dean (Research & Development)
Project (title as printed) Complexity-Aware Hamiltonian Engineering for Non-Ergodic Quantum Dynamics
Funding Agency ANRF (ANRF PMECRG Project)
Tenure Till 02/09/2029 or co-terminus with the project, whichever is earlier (maximum 3 years or till the end of the project)
Post Name(s) ANRF Junior Research Fellow (JRF)
Vacancies 1 (One)
Pay Rs. 37,000/- PM + admissible HRA (first two years); Rs. 42,000/- PM + admissible HRA (third year for SRF)
Age Limit As per ANRF norms (Relaxable for SC/ST/OBC/PH candidates as per GOI norms)
Candidates must fulfil the essential educational qualifications and criteria specified for the ANRF Junior Research Fellow position.
The selected candidate will be appointed as a Junior Research Fellow (JRF) with a fellowship of Rs. 37,000/- per month plus admissible HRA if staying outside the campus for the first two years. Upon upgrading to Senior Research Fellow (SRF) in the third year, the fellowship becomes Rs. 42,000/- per month plus admissible HRA. Upgradation from JRF to SRF and the SRF conditions comply with DST O.M. No. DST/PCPM/Z-06/2022 dated 26.06.2023. The tenure lasts until 02/09/2029 or until the project terminates, whichever is earlier.
The selected candidate will perform the following duties under the sponsored project:
Shortlisted candidates will be informed about the date of the interview. Mere possession of minimum qualification does not guarantee an invitation to the interview. Candidates will be short-listed based on their merit and as per the requirement of the project. Candidates must arrange their own accommodation and travel for their stay at Dhanbad if required, as no TA/DA is paid to attend the interview.
There is 1 vacancy available for the ANRF Junior Research Fellow position.
The last date to submit applications is 3 November 2026 up to 6:00 PM.
Candidates must hold an M.Sc. in Physics with 1st class or a minimum of 60% marks / 6.0 CGPA, along with a valid CSIR-UGC NET or GATE qualification.
The age limit follows ANRF norms, with relaxations applicable for SC, ST, OBC, and PH candidates according to GOI rules.
The JRF fellowship is Rs. 37,000/- per month plus admissible HRA for the first two years, which upgrades to Rs. 42,000/- per month plus admissible HRA for the third year as an SRF.
The official notification does not mention any application fee.
Candidates must send their application quoting project number ANRF/ECRG/2025/002793/PMS along with supporting documents via email to sudipto@iitism.ac.in.
Selection involves shortlisting based on merit and project requirements, followed by an interview of shortlisted candidates.
The appointment is tenure-based, lasting until 2 September 2029 or co-terminus with the project, whichever is earlier.
Desirable qualifications include knowledge of quantum mechanics and quantum many-body physics, programming experience in Python, Julia, or C++, and familiarity with numerical methods for quantum dynamics.