IIT (BHU) is inviting applications for a Junior Research Fellow (JRF) under an ANRF-sponsored project on the “Impact of Soft-Gel Layers on the Evolution of Faraday Waves,” offering a stipend of ₹37,000/month for up to 3 years in the Pattern Formation & Interfacial Instabilities Lab, Department of Chemical Engineering and Technology.
Eligible candidates with B.Tech and M.Tech/M.Sc. (Chemical/Mechanical/Mathematics with 55%+ marks) and GATE/NET qualification, having a strong foundation in fluid mechanics, can apply by 4th August 2025 by emailing Dr. Dinesh Bhagavatula at dinesh.che@iitbhu.ac.in.
The position is purely temporary and offers a valuable opportunity for research and career advancement in fluid mechanics and pattern formation under a reputed IIT environment.
| Feature | Details |
|---|---|
| Position | Junior Research Fellow (JRF) |
| Lab | Pattern Formation & Interfacial Instabilities Lab (PI-Lab) |
| Department | Chemical Engineering and Technology, IIT (BHU) |
| Project Title | Impact of Soft-Gel Layers on the Evolution of Faraday Waves |
| Funding Agency | Anusandhan National Research Foundation (ANRF) |
| Fellowship Amount | ₹37,000 per month |
| Duration | Up to 3 years |
| Application Deadline | 4th August 2025 |
| Contact Email | dinesh.che@iitbhu.ac.in |
| PI Name | Dr. Dinesh Bhagavatula |
| Location | IIT (BHU), Varanasi |
| Required Qualification | B.Tech. + M.Tech./M.Sc. (55%+), strong fluid mechanics foundation |
| Additional Requirement | GATE/NET qualification |
| Upper Age Limit | 28 years (relaxable as per GoI rules) |
| Selection Mode | Shortlisting + Interview |
| Project Start | Immediately upon joining |
Junior Research Fellow (JRF) Opportunity at IIT (BHU)
Hello readers,
Today we bring you an authentic, actionable insight into a Junior Research Fellow (JRF) position at IIT (BHU) in the Pattern Formation & Interfacial Instabilities Lab (PI-Lab), Department of Chemical Engineering and Technology. If you are looking to advance your research career while working on Faraday waves under ANRF sponsorship, read this article thoroughly.
About the Project
This JRF position is under the ANRF-sponsored project titled “Impact of Soft-Gel Layers on the Evolution of Faraday Waves.” You will work on understanding how soft-gel interfaces influence Faraday wave patterns, a critical area in fluid mechanics and interfacial instabilities with practical applications in advanced material and process design.
The project is designed for a maximum of 3 years but will commence immediately upon your joining.
Who Should Apply?
AUBSP recommends you apply if:
- You hold B.Tech. and M.Tech./M.Sc. in Chemical Engineering, Mechanical Engineering, or Mathematics (55% or above).
- You have a B.Sc. + M.Sc. combination in Mathematics (or equivalent).
- You possess a strong foundation in fluid mechanics.
- You have cleared GATE/NET.
- You are under 28 years (relaxations for SC/ST/OBC as per GoI norms).
All things being equal, SC/ST candidates will be preferred.
Important Dates and Timeline
To help you track your preparation, AUBSP has prepared the following timeline table:
| Event | Date |
|---|---|
| Application Window Open | Already Open |
| Last Date to Apply | 4th August 2025 |
| Shortlisting Notification | To be communicated via email after the deadline |
| Interview Date | To be notified to shortlisted candidates |
| Expected Joining | Immediately upon selection |
Application Process: Step-by-Step
AUBSP suggests you follow this clear procedure to apply:
1️⃣ Download and Fill Application:
Use the official format (provided in the advertisement). Fill in your details including education, research experience, and GATE/NET qualification.
2️⃣ Attach Documents:
Include self-attested copies of all mark-sheets and certificates (in PDF format). Keep your NET/GATE certificates ready.
3️⃣ Email Submission:
Send your completed application to dinesh.che@iitbhu.ac.in with the subject line “Application for JRF” before 4th August 2025.
4️⃣ Prepare for Interview:
Only shortlisted candidates will be called for the interview. No TA/DA will be provided.
5️⃣ Document Verification:
If shortlisted, bring:
- Application form (hard copy)
- Original documents for verification
- Self-attested copies for submission
- Valid Government ID proof
Terms and Conditions to Note
- Position is purely temporary and co-terminus with the project.
- Selection committee decisions are final.
- Joining is expected immediately if selected.
- Initial appointment for 1 year, extendable up to 3 years based on performance.
Why You Should Apply
At AUBSP, we recognize that this position offers:
- ✅ A prestigious IIT (BHU) research environment.
- ✅ A focused research area in fluid mechanics and pattern formation.
- ✅ A solid foundation for PhD progression or advanced research roles in academia and R&D.
- ✅ Opportunity to contribute to cutting-edge experimental and computational analysis in Faraday waves.
Contact for Queries
For clarification, you may contact:
Dr. Dinesh Bhagavatula
Principal Investigator
Email: dinesh.che@iitbhu.ac.in
FAQs on IIT (BHU) JRF Post
What is the position available at IIT (BHU)?
The position is for Junior Research Fellow (JRF) under an ANRF-sponsored project on Faraday waves.
What is the monthly stipend for this JRF position?
The selected candidate will receive ₹37,000 per month.
What is the project title for this JRF opportunity?
The project is titled “Impact of Soft-Gel Layers on the Evolution of Faraday Waves.”
Which lab is offering this JRF position?
The Pattern Formation & Interfacial Instabilities Lab (PI-Lab), Department of Chemical Engineering and Technology, IIT (BHU).
Who is funding this JRF project?
The project is funded by the Anusandhan National Research Foundation (ANRF).
What is the project duration for this JRF?
The project duration is up to 3 years, with initial appointment for 1 year, extendable based on performance.
Who is the Principal Investigator for this project?
Dr. Dinesh Bhagavatula is the Principal Investigator.
What is the last date to apply for the JRF position?
The last date to apply is 4th August 2025.
What is the eligibility criteria for applying?
Candidates should have B.Tech. and M.Tech./M.Sc. in Chemical Engineering, Mechanical Engineering, or Mathematics with 55% or above marks.
Can Mathematics graduates apply for this JRF position?
Yes, candidates with a B.Sc. and M.Sc. combination or equivalent in Mathematics are eligible.
Is GATE or NET qualification required for this JRF?
Yes, candidates must have cleared GATE or NET.
What is the upper age limit for this JRF?
The upper age limit is 28 years, relaxable as per Government of India rules.
Will SC/ST candidates get preference in selection?
Yes, all things being equal, SC/ST candidates will be preferred as per GoI rules.
What knowledge area is desirable for this JRF position?
A strong foundation in fluid mechanics is desirable.
How should the application be submitted?
Applications must be sent via email to dinesh.che@iitbhu.ac.in with the subject “Application for JRF.”
Is there a specific format for the application?
Yes, candidates must apply strictly using the attached format provided in the advertisement.
What documents should be attached with the application?
Self-attested copies of all mark sheets, certificates, and GATE/NET certificates in PDF format should be attached.
What happens after the application is submitted?
Shortlisted candidates will be informed via email for the interview.
Is there any TA/DA for attending the interview?
No, TA/DA will not be provided for attending the interview.
When is the expected joining date if selected?
The candidate is expected to join immediately upon selection.
Is the JRF position temporary or permanent?
The position is purely temporary and co-terminus with the project.
Will the candidate need to bring documents for verification during the interview?
Yes, candidates need to bring the application form, original documents, a valid Government ID, and self-attested copies for verification during the interview.
What is the main research area of this project?
The project focuses on the evolution of Faraday waves and the impact of soft-gel layers, linked to fluid mechanics and interfacial instabilities.
Is prior research experience required for this position?
Prior research experience is not mandatory but can strengthen your application.
What skills will I develop if I join this JRF position?
You will gain hands-on research experience in experimental and computational fluid mechanics, pattern formation, and interfacial instability analysis.
Is there any opportunity for PhD progression after this JRF?
Yes, completing this JRF under IIT (BHU) can strengthen your PhD applications and advanced research career prospects.
Who should I contact for further queries regarding this JRF?
You can contact Dr. Dinesh Bhagavatula at dinesh.che@iitbhu.ac.in.
Where is IIT (BHU) located?
IIT (BHU) is located in Varanasi, Uttar Pradesh, India.
If you are serious about research, this JRF position at IIT (BHU) could be your stepping stone toward advanced scientific contribution while building a strong academic and technical portfolio under a reputed PI and lab environment.
Stay consistent, prepare your documentation, and submit your application well before the deadline. For further updates on PhD, JRF, and research opportunities, continue following AUBSP.com
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