IIT Hyderabad JRF Recruitment 2026 – Junior Research Fellow Vacancy under ANRF-Funded Project
IIT Hyderabad JRF Recruitment 2026 for 1 Junior Research Fellow vacancy under an ANRF-funded Chemical Engineering project. Fellowship ₹37,000 plus applicable HRA. Check qualifications, eligibility and application details. Last date: 21 November 2026.
Date Posted: 12th November 2026
Organization: IIT Hyderabad
About IIT Hyderabad
The Indian Institute of Technology (IIT) Hyderabad, Department of Chemical Engineering, has invited applications for one Junior Research Fellow (JRF) position under an ANRF-funded research project.
The project focuses on developing Pickering emulsion inks for Direct Ink Writing (DIW) 3D printing to manufacture durable, highly porous ceramic materials.
The selected candidate will participate in experimental research involving colloidal particle synthesis, ink formulation, additive manufacturing and advanced materials characterisation.
Recruitment Overview
| Particulars | Details |
|---|---|
| Institution | Indian Institute of Technology Hyderabad |
| Department | Chemical Engineering |
| Position | Junior Research Fellow (JRF) |
| Total Vacancies | 01 |
| Funding Agency | ANRF |
| Project Title | Formulation of Pickering Emulsion Ink for DIW 3D-Printing to Design Durable Porous Ceramics |
| Research Area | Chemical Engineering, Materials Science and 3D Printing |
| Monthly Fellowship | ₹37,000 + HRA, if applicable |
| Appointment Duration | 12 Months |
| Extension | Based on performance |
| Maximum Age | 35 Years |
| Selection Process | Not specified in the supplied announcement |
| Job Location | Kandi, Sangareddy, Telangana |
| Last Date | 21st November 2026 (verify in official notification) |
About the Research Project
The ANRF-funded project, titled “Formulation of Pickering Emulsion Ink for DIW 3D-Printing to Design Durable Porous Ceramics,” aims to develop printable Pickering emulsion inks for Direct Ink Writing (DIW) 3D printing.
The research focuses on designing mechanically robust, hierarchical and highly porous ceramic structures with minimal particle inclusion.
The project will investigate the relationship between microstructural changes and the following properties of porous ceramics:
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Structural integrity.
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Mechanical flexibility.
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Thermal performance.
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Porosity and microstructural characteristics.
The selected researcher will contribute to the synthesis of colloidal building blocks, development of printable inks, fabrication of porous ceramic structures and characterisation of materials.
Research Areas
The project involves research in the following areas:
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Chemical Engineering and Chemical Technology.
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Materials Science and Engineering.
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Additive Manufacturing and 3D Printing.
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Direct Ink Writing (DIW).
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Pickering Emulsions.
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Colloidal Particle Synthesis.
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Polymer Handling.
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Porous Ceramic Materials.
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Microstructural Characterisation.
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Mechanical and Thermal Analysis.
Essential Qualifications
Candidates must possess any one of the following educational qualifications:
Option 1: Postgraduate Engineering Degree
M.Tech./M.E. in any of the following disciplines:
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Chemical Engineering.
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Chemical Technology.
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Biotechnology.
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Materials Science and Engineering.
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Allied engineering disciplines.
Option 2: Postgraduate Science Degree
M.Sc. in:
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Physics.
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Physical Chemistry.
Candidates applying through the M.Sc. qualification route must possess a valid NET or GATE qualification.
Option 3: Undergraduate Engineering Degree
Candidates possessing an exceptional B.Tech. degree along with a valid GATE qualification in the above-mentioned or relevant disciplines are also encouraged to apply.
Minimum Academic Requirement:
Candidates must have secured either:
– Minimum CGPA: 6.0
OR
– Minimum Percentage: 60%
The stated minimum academic requirement applies to the qualifying degrees.
Desirable Qualifications and Experience
Preference will be given to candidates with experience in the following areas:
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Wet-lab research projects.
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Synthesis of colloidal particles.
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Handling and processing of polymers.
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Optical microscopy.
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Scanning Electron Microscopy (SEM).
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Rheometry.
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Materials synthesis and characterisation techniques.
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Experimental research related to porous materials and additive manufacturing.
Job Responsibilities
The selected Junior Research Fellow will contribute to experimental research, material development and characterisation activities under the ANRF-funded project.
1. Research and Experimental Work
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Develop printable Pickering emulsion inks for DIW 3D printing.
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Synthesise colloidal building blocks.
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Formulate inks suitable for additive manufacturing.
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Investigate fabrication techniques for hierarchical porous ceramics.
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Support experimental development and optimisation of ceramic materials.
2. Materials Characterisation
The researcher will assist with microstructural characterisation using:
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Optical Microscopy.
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Scanning Electron Microscopy (SEM).
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X-ray Tomography.
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Image Analysis.
3. Mechanical and Thermal Testing
The project will also involve evaluating the mechanical and thermal performance of porous ceramic materials using:
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Universal Testing Machine (UTM).
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Rheometry.
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Thermogravimetric Testing.
Fellowship and Benefits
The selected candidate will receive a monthly fellowship according to Government of India and ANRF norms.
| Component | Amount |
|---|---|
| Monthly Fellowship | ₹37,000 |
| House Rent Allowance (HRA) | As applicable |
| Fellowship Regulations | Government of India and ANRF norms |
Note: HRA eligibility and payment will be governed by the applicable project and funding-agency provisions.
Duration of Appointment
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Initial Appointment: 12 Months.
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Extension: Possible based on the selected candidate’s performance.
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Appointment Type: Temporary project-based position.
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Funding: Anusandhan National Research Foundation (ANRF).
The appointment is associated with the ANRF-funded research project in the Department of Chemical Engineering at IIT Hyderabad.
Age Limit
Maximum Age: 35 Years.
The recruitment announcement mentions that age relaxation may be available based on the applicant’s experience and applicable provisions.
Candidates should consult the complete official notification for specific age-relaxation conditions.
Selection Process
The detailed selection procedure has not been specified in the supplied advertisement excerpt.
Candidates should refer to the complete official notification for information regarding:
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Initial application screening.
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Shortlisting criteria.
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Interview or technical assessment.
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Document verification.
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Final selection procedure.
How to Apply
Interested and eligible candidates should visit the official IIT Hyderabad website and check the recruitment or project positions section for the prescribed application procedure.
Application Procedure:
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Visit the official IIT Hyderabad website.
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Navigate to the recruitment or project positions section.
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Locate the Junior Research Fellow advertisement under the ANRF-funded project in the Department of Chemical Engineering.
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Read the complete notification carefully.
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Verify the educational qualifications, GATE/NET requirements, age limit and other eligibility conditions.
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Check the prescribed application format and required documents.
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Submit the application through the specified procedure before the closing date.
Important: The application submission link, contact email address, required documents and exact application deadline are not available in the supplied advertisement excerpt. Candidates should verify these details in the complete official notification.
Important Dates
| Event | Date |
|---|---|
| Date Posted | 10th November 2026 |
| Last Date to Apply | 21st November 2026 |
| Initial Appointment Duration | 12 Months |
Important Links
| Description | Link |
|---|---|
| Official Website | https://www.iith.ac.in/ |
| Recruitment Notifications | Check the official IIT Hyderabad website |
| Project Position Details | Refer to the Department of Chemical Engineering recruitment notice |
| Application Link | Not available in the supplied announcement |
Postal Address
Indian Institute of Technology Hyderabad (IITH)
Kandi, Sangareddy,
Telangana – 502284, India.
