About this Walk-in Interview
2 Project Scientist (Department of Electrical Engineering) vacancies at Indian Institute of Technology Delhi (IIT Delhi)
Indian Institute of Technology Delhi (IIT Delhi) invites eligible candidates to attend a walk-in interview on 28-01-2026 for filling 2 posts of Project Scientist (Department of Electrical Engineering).
| Post Name | Project Scientist (Department of Electrical Engineering) |
| Project Name | TDOA-based RF emitter localization (Project Code: RP05049G) |
| Project Description | This project focuses on pinpointing the exact location of radio signal sources by calculating the time delay between different sensors. By using Time Difference of Arrival (TDOA) methods, the study aims to accurately track and identify communication devices for security and defense purposes. This research is funded by the Directorate of Futuristic Technology Management (DFTM) to enhance national surveillance. |
| Duration | Up to 22nd June 2028 |
| Vacancies | 2 |
| Qualification | Bachelor’s (or higher) degree in Electronics and Communication Engineering (ECE) or related discipline |
| Monthly Salary | ₹47,790 – ₹57,060 |
| Application Fee | Nil (No fee is required to be paid) |
| Walk-in Date & Time | 28-01-2026 (12 PM) |
| Walk-in Venue | Room II A-105, Bharti School, IIT Delhi, Hauz Khas, New Delhi – 110016 |
| Contact | Prof. Seshan Srirangarajan (Principal Investigator); Email: seshan@ee.iitd.ac.in |
| Job Location | New Delhi |
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About this Walk-in Interview
1 Project Research Scientist II (CBME) vacancy at Indian Institute of Technology Delhi (IIT Delhi)
Indian Institute of Technology Delhi (IIT Delhi) has announced a walk-in recruitment drive to be conducted on 29-01-2026 for filling 1 post of Project Research Scientist II (CBME).
| Post Name | Project Research Scientist II (CBME) |
| Project Name | Development of an Immunomodulating hydrogel to revert macrophage dysfunction in diabetic wounds for faster and scar-free healing (Project Code: RP04975G) |
| Project Description | This project focuses on creating a specialized medical gel to help diabetic wounds heal quickly and without leaving scars. By repairing the behavior of immune cells (macrophages) that usually fail in diabetic patients, the study aims to restart the body's natural healing process. This research is funded by the Indian Council of Medical Research (ICMR) to develop advanced treatments for chronic skin injuries. |
| Duration | Up to 17th February 2028 |
| Vacancy | 1 |
| Qualification | PhD with experience in development of materials for wound healing with Animal handling experience |
| Monthly Salary | ₹67,000/- per month + 30% HRA |
| Application Fee | Nil (No fee is required to be paid) |
| Walk-in Date & Time | 29-01-2026 (04 PM) |
| Walk-in Venue | Room No. 602, Academic Complex East, IIT Delhi, Hauz Khas, New Delhi – 110016 |
| Contact | Prof. Jayanta Bhattacharyya (Principal Investigator); Email: jayanta@iitd.ac.in |
| Job Location | New Delhi |
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About this Job Notification
17 Project Research Scientist, Project Technical Support (Centre for Atmospheric Sciences) vacancies at Indian Institute of Technology Delhi (IIT Delhi)
Indian Institute of Technology Delhi (IIT Delhi) is inviting applications from eligible candidates for 17 posts of Project Research Scientist, Project Technical Support (Centre for Atmospheric Sciences) on fixed-term basis under a research project. Applications will be accepted up to 30-01-2026.
| Post Name | Project Research Scientist, Project Technical Support (Centre for Atmospheric Sciences) |
| Project Name | SANJEEVANI: Strategies for ActioNs to Jointly address climate change and air pollution for achieving Health benefits in India (Project Code: RP05107G) |
| Project Description | This project focuses on creating a combined plan to fight air pollution and climate change to improve public health in India. By using advanced computer modeling and AI to track emissions, the study aims to identify the best ways to reduce respiratory diseases and environmental damage. This research is funded by the Indian Council of Medical Research (ICMR) to protect citizens from toxic air and rising heat. |
| Duration | Up to 9th October 2030 |
| Vacancies | 17 |
| Qualification |
- Project Research Scientist-II (9) : 1st class PG degree in relevant discipline with 3 years experience
- Project Research Scientist-III (2) : 1st class PG degree in relevant discipline with 5 years experience OR PhD + 2 years post-qualification experience
- Project Technical Support-III (6) : 1st class PG degree in Science/Engineering (4-year UG degree) in relevant discipline
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| Monthly Salary | - Project Research Scientist-II : ₹67,000/- per month + 30% HRA
- Project Research Scientist-III : ₹78,000/- per month + 30% HRA
- Project Technical Support-III : ₹28,000/- per month + HRA
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| Selection Process | On the basis of interviews to be held after initial shortlisting based on academic qualifications. |
| Application Fee | Nil (No fee is required to be paid) |
| How to Apply | Applicants are required to download Form No. IRD/REC-4 as provided in the notification and fill it accurately. The completed application should be emailed along with scanned copies of certificates related to educational qualifications work experience and other supporting documents. The email must be sent to sagnik@cas.iitd.ac.in with the Advertisement Number "IITD/IRD/015/2026"clearly mentioned in the subject line. |
| Last Date to Apply | 30-01-2026 (05 PM) |
| Contact | Prof. Sagnik Dey (Principal Investigator); Email: sagnik@cas.iitd.ac.in |
| Job Location | IIT Delhi Sonipat Campus / New Delhi |
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About this Job Notification
1 Research Associate (School of Artificial Intelligence) vacancy at Indian Institute of Technology Delhi (IIT Delhi)
Applications are invited by Indian Institute of Technology Delhi (IIT Delhi) for filling 1 contractual post of Research Associate (School of Artificial Intelligence) under a research project. Last Date for submission of applications is 30-01-2026.
| Post Name | Research Associate (School of Artificial Intelligence) |
| Project Name | Wearable soft robotics for Upper Limb Muscle Power Augmentation with BMI interface (Project Code: IRP04191G) |
| Project Description | This project focuses on developing a soft robotic suit that helps people move their arms with more strength using brain signals. By combining brain-machine interfaces with flexible wearable materials, the study aims to create intelligent control systems that assist muscle power naturally. This research is funded by the Defence Research and Development Organisation (DRDO) to improve human performance and recovery. |
| Duration | Up to 17th December 2026 |
| Vacancy | 1 |
| Qualification |
- Ph.D./MD/MS/MDS/MDes or equivalent degree OR
- MVSc/M.Pharma/M.E/M.Tech and 3 years experience
|
| Monthly Salary | ₹58,000/- per month + 27% HRA |
| Selection Process | Preliminary shortlisting will be done on the basis of academic qualifications, and selection will be finalized through interviews. |
| Application Fee | Nil (No fee is required to be paid) |
| How to Apply | Applicants are required to download Form No. IRD/REC-4 as specified in the notification and fill it with accurate information. The completed form should be sent by email along with scanned copies of necessary certificates to recruitment.jatc@gmail.com, with a copy forwarded to sroy@am.iitd.ac.in. The subject line of the email must clearly mention Advertisement No. IITD/IRD/01/18/2026. |
| Last Date to Apply | 30-01-2026 (05 PM) |
| Contact | Prof. Sitikantha Roy / Prof. Lalan Kumar (Principal Investigator); Email: sroy@am.iitd.ac.in |
| Job Location | New Delhi |
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About this Job Notification
1 Senior Research Fellow (Department of Electrical Engineering) vacancy at Indian Institute of Technology Delhi (IIT Delhi)
Applications are invited for appointment to 1 contractual post of Senior Research Fellow (Department of Electrical Engineering) at Indian Institute of Technology Delhi (IIT Delhi) under a research project. The application process will remain open till 31-01-2026.
| Post Name | Senior Research Fellow (Department of Electrical Engineering) |
| Project Name | Developing Graph Machine Learning Framework for Analysis and Diagnosis of Traumatic Brain Injury (Project Code: RP04820G) |
| Project Description | This project focuses on using advanced AI to analyze brain connection maps for identifying traumatic injuries. By representing brain networks as complex graphs, the study aims to create a machine learning system that helps doctors diagnose brain damage early and make better clinical decisions. This research is funded by the Science and Engineering Research Board (SERB) to improve neuro-healthcare technology. |
| Duration | Up to 21st July 2027 |
| Vacancy | 1 |
| Qualification |
- Post Graduate Degree in Basic Science with 2 years research experience + NET/GATE qualification OR
- Graduate Degree in Professional Course with 2 years research experience + NET/GATE qualification OR
- Post Graduate Degree in Professional Course with 2 years research experience + NET/GATE qualification
|
| Monthly Salary | ₹42,000/- per month + 27% HRA |
| Selection Process | Candidates will be shortlisted initially on the basis of academic qualifications, followed by an interview. |
| Application Fee | Nil (No fee is required to be paid) |
| How to Apply | Eligible candidates should download Form No. IRD/REC-4 as mentioned in the notification and fill it carefully with accurate details. The completed form must be sent by email along with scanned copies of certificates related to educational qualifications work experience and other relevant documents. The application should be emailed to amit007.cstaff@ird.ac.in with Advertisement No. IITID/RDP/019/2026 clearly mentioned in the subject line. |
| Last Date to Apply | 31-01-2026 (05 PM) |
| Contact | Prof. Sandeep Kumar (Principal Investigator); Email: ksandeep@ee.iitd.ac.in |
| Job Location | New Delhi |
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About this Walk-in Interview
1 Research Associate (Department of Physics) vacancy at Indian Institute of Technology Delhi (IIT Delhi)
Indian Institute of Technology Delhi (IIT Delhi) will organize a walk-in interview on 02-02-2026 for filling 1 post of Research Associate (Department of Physics).
| Post Name | Research Associate (Department of Physics) |
| Project Name | Synchronized Femtosecond Fiber Lasers around 1560 nm with Controllable Repetition Rate for THz Generation and Detection (JATC) (Project Code: RP04665G) |
| Project Description | This project focuses on developing ultra-fast synchronized lasers that emit light in extremely short pulses. By controlling the timing of these fiber lasers, the study aims to generate and detect Terahertz waves for advanced imaging and sensing applications. This research is funded by the Directorate of Futuristic Technology Management (DFTM) to enhance India’s high-precision optical and defense technologies. |
| Duration | Up to 5th March 2027 |
| Vacancy | 1 |
| Qualification | PhD with first class or equivalent at the preceding degree in Physics / Electrical Engineering |
| Monthly Salary | ₹58,000/- per month + 27% HRA |
| Application Fee | Nil (No fee is required to be paid) |
| Walk-in Date & Time | 02-02-2026 (3:30 PM) |
| Walk-in Venue | Physics Department Library, MS-415, IIT Delhi, Hauz Khas, New Delhi – 110016 |
| Contact | Prof. Amartya Sengupta (Principal Investigator); Email: amartya@physics.iitd.ac.in |
| Job Location | New Delhi |
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About this Job Notification
1 Project Scientist I (Department of Chemical Engineering) vacancy at Indian Institute of Technology Delhi (IIT Delhi)
Indian Institute of Technology Delhi (IIT Delhi) is inviting applications from eligible candidates for 1 post of Project Scientist I (Department of Chemical Engineering) on fixed-term basis under a research project. Applications will be accepted up to 04-02-2026.
| Post Name | Project Scientist I (Department of Chemical Engineering) |
| Project Name | Design of cysteine-knotted GLP-1R agonists as therapeutics for type 2 diabetes (Project Code: RP04957G) |
| Project Description | This project focuses on using computer simulations to design new medicines for treating Type 2 diabetes. By creating stable, knot-like protein structures that activate insulin-regulating receptors, the study aims to develop more effective and long-lasting drug treatments. This research is funded by the Indian Council of Medical Research (ICMR) to advance digital drug discovery and metabolic health solutions. |
| Duration | Up to 5th February 2028 |
| Vacancy | 1 |
| Qualification | M.Tech / M.Sc or equivalent (first division) |
| Monthly Salary | ₹56,000/- per month + 30% HRA |
| Selection Process | Preliminary shortlisting will be done on the basis of academic qualifications, and selection will be finalized through interviews. |
| Application Fee | Nil (No fee is required to be paid) |
| How to Apply | Eligible candidates should obtain Form No. IRD/REC-4 from the link provided in the notification and complete it with accurate details. Applicants must then fill and submit the Google Form as mentioned. The submission should include the completed IRD/REC-4 form along with all relevant supporting documents. Advertisement No. IITD/IRD/020/2026 must be clearly mentioned in the submission for proper reference. |
| Last Date to Apply | 04-02-2026 (05 PM) |
| Contact | Prof. Gaurav Goel (Principal Investigator); Email: goelg@iitd.ac.in |
| Job Location | New Delhi |
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About this Job Notification
4 Principal Project Engineer (Department of Mechanical Engineering) vacancies at Indian Institute of Technology Delhi (IIT Delhi)
Applications are being accepted by Indian Institute of Technology Delhi (IIT Delhi) for 4 contractual posts of Principal Project Engineer (Department of Mechanical Engineering) under a research project. The last date for submission of applications is 06-02-2026.
| Post Name | Principal Project Engineer (Department of Mechanical Engineering) |
| Project Name | Modeling and Simulation of COIL Source (RP04655G) |
| Project Description | This project focuses on using computer models to understand how a special kind of powerful laser, called a Chemical Oxygen Iodine Laser, works. By studying how gases move at high speeds and how heat travels through the system, the research aims to make these lasers more efficient and reliable. This research is funded by CHESS (DRDO) to help create advanced technology that uses light and chemistry in smart ways to solve complex engineering challenges. |
| Duration | Up to 10-12-2026 |
| Vacancies | 4 |
| Qualification | Ph.D. (defended or thesis submitted) in Mechanical Engineering/Chemical Engineering with specialization in computational heat and mass transfer/high-speed reactive flows |
| Monthly Salary | Rs. 1,00,000/- per month |
| Selection Process | On the basis of interviews to be conducted after initial shortlisting based on academic qualifications. |
| Application Fee | Nil (No fee is required to be paid) |
| How to Apply |
The application is to be submitted by first downloading Form No. IRD/REC-4. After filling the form with all the necessary details, it should be emailed to pmvs@iitd.ac.in. While sending the email, the Advertisement No. IITD/IRD/021/2026 must be mentioned in the subject line. The last date to submit the application is 06-02-2026 by 5:00 PM. |
| Last Date to Apply | 06-02-2026 (05 PM) |
| Contact | Prof. P.M.V. Subbarao (Principal Investigator); Email : pmvs@iitd.ac.in |
| Job Location | New Delhi |
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