IIT Indore JRF SRF Recruitment 2026

About This Job

IIT Indore is hiring 3 project research staff for Junior Research Fellow (JRF) and Senior Research Fellow (SRF) posts under the National Quantum Mission project. If you have a B.Tech, B.E., Master's degree, or Ph.D. in electronics, communication, electrical, computer science, optoelectronics, microwave engineering, or a related area, you can apply by email. The last date is 17 May 2026. Salary is Rs. 37,000 to Rs. 42,000 per month plus 20% HRA.

IIT Indore JRF SRF Recruitment 2026 - 3 Posts

Indian Institute of Technology Indore (IIT Indore) has issued a project recruitment notice dated 30 April 2026 for the project titled Quantum Internet with Local Access (QuILA). The project is part of the Thematic Hub on Quantum Communication, sponsored by the Department of Science and Technology (DST), Government of India, under the National Quantum Mission. The work is based in the Department of Electrical Engineering at IIT Indore and focuses on quantum communication networks, quantum routers, network protocols, and secure quantum key distribution.

This is a project-based research appointment, so applicants should read it as a technical research role and not as a permanent institute post. The notification expects candidates to share a detailed CV with academic marks from 10th standard onward, degree details, experience, and test-score information where applicable. The final decision will depend on the fit between the candidate profile and the QuILA project requirements, followed by interview performance and verification of supporting documents.

Project Work and Role

The JRF and SRF posts are connected with practical research in quantum communication. The work can include developing quantum routers and switches, studying hybrid quantum-classical data movement, building or testing protocols, and supporting simulation or implementation tasks for secure communication networks. Candidates with signal processing, AI/ML, network analysis, protocol implementation, protocol testing, or quantum network simulation exposure will have a stronger match for the project work.

Vacancy Breakdown

• Junior Research Fellow (JRF): 2 posts
• Senior Research Fellow (SRF): 1 post

Total covered posts: 3 research fellow positions. The notice also mentions a wider project position context, but the detailed post sections in the PDF cover JRF and SRF.

Who Can Apply?

Junior Research Fellow (JRF)

• Qualification: B.Tech, B.E., or Master's degree in Electronics, Electronics and Communication Engineering, Optoelectronics, Microwave Engineering, Electrical Engineering, Computer Science, or equivalent.
• Preferred: A valid GATE score is preferred.
• Growth path: After 2 years of experience, selected JRFs can become eligible for SRF position as per rules.

Senior Research Fellow (SRF)

• Qualification: Ph.D. and/or Master's degree in the relevant branch of Electronics, ECE, Optoelectronics, Microwave Engineering, Electrical Engineering, Computer Science, or equivalent.
• Preferred: A valid GATE score is preferred where applicable.

Knowledge Areas

• Useful skills: Communication signal processing, AI/ML, network analysis, protocol implementation, protocol testing, and quantum network simulation.
• Project fit: You should be comfortable working on hybrid quantum-classical data traffic, quantum cryptographic schemes, and secure communication networks.

Age Limit

• Age limit: As per DST and IIT Indore norms.
• Age relaxation: SC, ST, and OBC applicants get relaxation as per Government of India norms.

Salary

• JRF stipend: Rs. 37,000 per month plus 20% HRA.
• SRF stipend: Rs. 42,000 per month plus 20% HRA.
• Duration: Initial appointment is for 1 year, extendable based on performance.

Application Fee

• No application fee is mentioned in the official PDF.

Selection Process

The selection will be done through shortlisting and interview:

1. Application Screening: IIT Indore will check your CV, marks from 10th onwards, degree details, work experience, and GATE/NET details if applicable.
2. Online Interview: Only shortlisted applicants will be informed by email for an online interview.
3. Document Verification: Your academic, experience, and test-score documents may be checked before final selection.

No written exam is mentioned in the notification. No TA/DA will be paid for appearing in the interview.

How to Apply

1. Prepare a detailed CV with academic grades from 10th standard onwards.
2. Add year of passing, university or institute name, work experience, and nature of work.
3. Add complete NET/GATE details such as year, validity, discipline, marks, All India Rank, and number of applicants, if applicable.
4. Email the CV to vbhatia@iiti.ac.in and keep sumit.gautam@iiti.ac.in in CC.
5. Use subject line [JRF] Application for project position under National Quantum Mission: QuILA for JRF.
6. Use subject line [SRF] Application for project position under National Quantum Mission: QuILA for SRF.
7. Send the email before 17 May 2026.

Applicants should send the CV by email only, because the notification does not give a separate application portal or offline submission address. Use the correct subject line for the post you are applying for so that IIT Indore can identify whether your application is for JRF or SRF. Keep scanned copies or soft copies of degree certificates, marksheets, GATE or NET proof if applicable, experience proof, identity proof, and category certificate ready for document checking.

Important Dates

• Notification Date: 30 April 2026
• Last Date for Application Submission: 17 May 2026
• Interview Date: To be informed by email to shortlisted applicants

• Develop and optimize quantum routers and switches for hybrid quantum-classical traffic
• Design and test quantum network protocols using simulation tools
• Implement quantum cryptographic schemes such as BB84 for secure communication studies
• Study entanglement management and quantum routing strategies
• Build disaster-aware algorithms for robust quantum network performance
• Analyze experimental or simulation results and prepare technical reports
• Work with the project team on milestones under the National Quantum Mission