IITH JRF Biomedical Engineering Recruitment 2026

IITH JRF Biomedical Engineering Recruitment 2026: Overview

Indian Institute of Technology Hyderabad (IITH) is taking Junior Research Fellows into the Applied Magnetic Resonance Imaging science and Technology (aMRIt) lab of its Department of Biomedical Engineering. The fellowship sits inside a research project on advanced Magnetic Resonance Imaging (MRI) methods and hardware led by Dr. Jaladhar Neelavalli, where the lab is putting together an ultra-low field MRI system — the electronics, the control and data-acquisition software, and the deep-learning image reconstruction all live in the same group. This is a rolling advertisement, so the online form stays open until suitable candidates are recruited rather than closing on a fixed day. Engineers from electronics, instrumentation, computer science or AI backgrounds, and physics or chemistry postgraduates carrying a valid GATE score, all fit what the lab is looking for.

Service Conditions and Caveats

• Tenure: The fellowship runs for two years and can be extended by one more year, based on satisfactory performance and what the project needs.
• PhD route: The selected fellow is encouraged to register for the PhD programme at IIT Hyderabad as per the institute's norms, so the fellowship can turn into a doctorate.
• House rent: HRA is paid over and above the fellowship, as per Government norms, if applicable.
• Shortlisting: The lab shortlists on academic record and achievements — simply meeting the minimum criteria does not guarantee a call for the interview.
• Communication: Only shortlisted candidates are intimated, and that happens by e-mail alone. The selection committee's decision is final.
• Place of work: The aMRIt lab in the Department of Biomedical Engineering at IIT Hyderabad.

Application Submission Notes

You apply through the online form linked in the advertisement — this notice gives no postal, e-mail or walk-in route. The form stays open until suitable candidates are recruited, and the lab screens what comes in as it arrives, so applying early genuinely helps here. Keep your degree marks or CGPA and your GATE score details handy while filling the form, and watch your inbox afterwards, because the interview call comes only by e-mail.

• Develop electronic hardware for the ultra-low field MRI system
• Build software platforms for system control and data acquisition
• Create visualization tools for the data the system acquires
• Develop deep learning based image reconstruction techniques
• Work on image enhancement methods for MRI scans
• Prepare technical reports, publications and patents coming out of the project