Junior Research Fellow [JRF] – Aerospace Engineering (IIT Kharagpur SRIC, Ref. IIT/SRIC/R/FAT/2026/101)
Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC)
West Bengal - Kharagpur, West Bengal
| Position | Code | Grade | Age | Last Date | Vacancies |
|---|---|---|---|---|---|
| Junior Research Fellow [JRF] | — | — | —–35 | — | 6 |
| Total Vacancies | 6 | ||||
⚠ Please verify all details (dates, eligibility, vacancies) from the official notification before applying. Rojgarpulse is an information aggregator and not a government body.
Indian Institute of Technology Kharagpur Important Dates 2026
Indian Institute of Technology Kharagpur Application Fee 2026
NIL (no application fee)
Indian Institute of Technology Kharagpur Age Limit 2026
Maximum Age
35 Years
Age relaxation applicable as per govt rules for SC/ST/OBC/PwD/Ex-Servicemen.
Indian Institute of Technology Kharagpur Salary / Pay Scale 2026
Upto ₹37,000 per month (consolidated, depending upon qualification and experience)
Indian Institute of Technology Kharagpur Post Details
| S.No. | Position Title | Vacancies | Salary | Qualifications | Experience | Age Limit |
|---|---|---|---|---|---|---|
| 1 | Junior Research Fellow [JRF] | 6 | Upto ₹37,000 | Post Graduate Degree in Basic Science; Graduate / Post Graduate Degree in Professional Course selected through a process described through any one of the following:; a. Scholars who are selected through NationalEligibility Tests - CSIR-UGC NET including lectureship (Assistant Professorship) and GATE.; b. The selection process through National level examinations conducted by Central Government Departments and their Agencies and Institutions such as DST, DBT, DAE, DOS, DRDO, MoE, ICAR, ICMR, IIT, IISc, IISER, NISER etc.; # Relaxable upto 5 years in the case of SC/ST/OBC/Physically Handicapped / | — | 35 yrs |
| Total Vacancies | 6 | |||||
Indian Institute of Technology Kharagpur Eligibility Criteria 2026
- Maximum age 35 years as on the closing date (relaxation as per Government of India norms)
- Appointment is purely temporary, on contract, and co-terminus with the project
- Candidates must satisfy the essential qualification on the closing date
- Desirable: Six Junior Research Fellow (JRF) positions are available for research and development activities related to Rotating Detonation Engine (RDE) development and advanced turbomachinery for RDEs. The projects involve fundamental and applied research in detonation-based combustion, high-speed reacting flows, combustion instability, supersonic mixing, advanced propulsion systems, RDE exhaust-flow characterization, turbine integration, experimental diagnostics, and data-driven modelling and control.
- Desirable: IMPORTANT: Candidates should apply ONLY if they have demonstrable, hands-on experience in at least one of the following seven areas:
- Desirable: 1. Computational Fluid Dynamics (CFD):
- Desirable: • Hands-on experience with ANSYS Fluent, OpenFOAM, or equivalent CFD software.
- Desirable: • Experience in performing Reynolds-Averaged Navier–Stokes (RANS) and Unsteady RANS (URANS) simulations.
- Desirable: • Experience in reacting-flow simulations involving combustion chambers, gas-turbine combustors, aero-engines, or propulsion systems.
- Desirable: • Experience in non-reacting flow simulations involving compressors, turbines, nozzles, and related fluid machinery.
- Desirable: • Familiarity with turbulence modelling, combustion modelling, supersonic mixing, shock–boundary-layer interactions, and thermal choking.
- Desirable: • Experience in modelling combustion instability, detonation waves, rotating detonation engines, or supersonic combustion is particularly relevant.
- Desirable: 2. Experimental Research and Propulsion Testing:
- Desirable: • Experience in combustor design, compressed-gas handling systems, combustion testing, or experimental facility development.
- Desirable: • Experience in supersonic wind-tunnel testing, high-speed reacting-flow experiments, turbomachinery testing, or propulsion-system testing, including experimental characterization of RDE exhaust flows where applicable.
- Desirable: • Familiarity with detonation physics, rotating detonation engines, combustion, flame stabilization, supersonic mixing, and combustion instability.
- Desirable: • Hands-on experience in schlieren, shadowgraphy, and chemiluminescence imaging.
- Desirable: • Experience in high-speed optical diagnostics, high-speed imaging of transient flow phenomena, and synchronization of optical measurements with experimental events.
- Desirable: • Experience in measuring static and dynamic pressure, temperature, heat release, and other relevant flow and combustion parameters, including unsteady pressure and temperature measurements in RDE exhaust and turbine-flow environments.
- Desirable: • Familiarity with experimental uncertainty analysis, test planning, facility operation, and laboratory safety procedures is desirable.
- Desirable: 3. Instrumentation and Data Acquisition
- Desirable: • Experience with LabVIEW-based instrumentation, virtual instrumentation, NI FlexLogger, CompactDAQ (cDAQ), and CompactRIO (cRIO) systems.
- Desirable: • Hands-on experience with high-frequency dynamic pressure measurements, pressure transducers, signal conditioning, and data acquisition for combustion and high-speed flow experiments.
- Desirable: • Experience in synchronizing high-speed cameras with ignition systems, laser sources, pressure acquisition systems, and other experimental hardware.
- Desirable: • Familiarity with Arduino and other microcontroller-based systems.
- Desirable: • Practical knowledge of electrical grounding, shielding, ferrites, Faraday cages, electromagnetic interference (EMI), and radio-frequency (RF) interference.
- Desirable: • Experience with arbitrary waveform generators, signal amplifiers, low-pass filters, oscilloscopes, and high-voltage pulse or ignition systems.
- Desirable: • Experience in developing reliable instrumentation systems for transient combustion, detonation, and supersonic-flow experiments is particularly relevant.
- Desirable: 4. Control Systems and System Identification:
- Desirable: • Experience in system identification, dynamic modelling, and PID controller design.
- Desirable: • Familiarity with FPGA-based systems, real-time control, sensor fusion, and hardware-in-the-loop testing.
- Desirable: • Experience in open-loop and closed-loop control of combustion chambers, ignition systems, shock systems, turbomachinery test rigs, or supersonic-flow facilities.
- Desirable: • Understanding of combustion instability, transient system response, feedback mechanisms, and dynamic interactions between flow and combustion.
- Desirable: • Experience in autopilot programming, including implementation, tuning, or testing of autopilot algorithms for autonomous or remotely piloted systems.
- Desirable: • Experience in AI/ML-based control, adaptive control, or data-driven modelling of complex physical systems is desirable.
- Desirable: 5. Artificial Intelligence and Machine Learning:
- Desirable: • Experience in implementing deep-learning pipelines for real-world physical systems or scientific research.
- Desirable: • Experience in generating training datasets using low-fidelity simulations, reduced-order models, high-fidelity CFD, or experimental datasets.
- Desirable: • Application of AI/ML techniques to image classification, high-speed flow visualization, combustion diagnostics, and time-series data analysis.
- Desirable: • Familiarity with transfer learning, transformer-based architectures, and other modern machine-learning techniques.
- Desirable: • Experience in detecting, classifying, or predicting combustion instabilities, detonation-wave dynamics, shock motion, flow transitions, or anomalous operating conditions.
- Desirable: • Experience in AI/ML-based reduced-order modelling, system identification, predictive modelling, or control of combustion chambers and supersonic-flow systems is desirable.
- Desirable: 6. Signal Processing and Data Analysis:
- Desirable: • Experience in processing experimental time-series signals, high-speed image sequences, or other time-resolved measurements.
- Desirable: • Familiarity with Fast Fourier Transform (FFT), power spectral density, spectrograms, wavelet analysis, recurrence plots, intermittency analysis, and auto- and cross-correlation.
- Desirable: • Understanding of the Nyquist sampling criterion, aliasing, sampling frequency selection, frequency-domain and time-domain analysis, fractal dimension estimation, and Bode plots.
- Desirable: • Experience in analysing high-frequency pressure oscillations, combustion instability, detonation-wave dynamics, acoustic modes, shock oscillations, RDE exhaust-flow unsteadiness, turbine-flow interactions, and other transient flow phenomena.
- Desirable: • Familiarity with time-frequency analysis, phase relationships, mode identification, signal synchronization, and interpretation of non-stationary signals.
- Desirable: • Experience in processing synchronized pressure signals and high-speed schlieren, shadowgraph, or chemiluminescence images is particularly relevant.
- Desirable: • Familiarity with signal acquisition hardware, including waveform generators, amplifiers, filters, and oscilloscopes, is desirable.
- Desirable: 7. Applied Physics, Plasma, and Advanced Diagnostics:
- Desirable: • Experience in high-voltage arc discharge, spark ignition, plasma-assisted ignition, or optimization of spark-discharge characteristics.
- Desirable: • Experience in laser diagnostics, laser-based flow visualization, laser-induced ignition, or optical measurements in reacting flows.
- Desirable: • Experience in optical system design and development, including photomultiplier tubes, image intensifiers, optical filters, beam splitters, and associated instrumentation.
- Desirable: • Familiarity with combustion spectroscopy, chemiluminescence-based heat-release measurements, and diagnostics for high-temperature reacting flows.
- Desirable: • Knowledge of acoustics, thermoacoustics, waveguide-based plasma generation, RF antennas, or electromagnetic-wave applications.
- Desirable: • Knowledge or practical experience in magnetohydrodynamics (MHD), MHD generators, plasma accelerators, or flow decelerators.
- Desirable: • Understanding of the operating principles and underlying physics of instruments used for pressure, temperature, velocity, heat-release, and other flow-field measurements.
- Desirable: Instructions to Applicants
- Desirable: Applicants must clearly identify the relevant area or areas of expertise and provide specific evidence of their hands-on experience. Evidence may include:
- Desirable: • Research projects, dissertations, or relevant publications.
- Desirable: • CFD simulations performed and validated.
- Desirable: • Experimental facilities designed, developed, or operated.
- Desirable: • Instrumentation, data acquisition, or control systems developed.
- Desirable: • High-speed imaging, laser diagnostics, or signal-processing methods implemented.
- Desirable: • Software, algorithms, or AI/ML pipelines developed and applied to physical systems.
- Desirable: Candidates should clearly distinguish between theoretical familiarity and practical experience. Merely listing a software package, programming language, or instrument without demonstrating its application will not be sufficient. Candidates with strong expertise in one or more of the listed areas are encouraged to apply. Experience directly relevant to RDE development, advanced turbomachinery for RDEs, detonation-based combustion, combustion instability, high-speed reacting flows, turbine integration, and advanced experimental diagnostics will be particularly valuable.
Indian Institute of Technology Kharagpur Qualification / Education
- Post Graduate Degree in Basic Science
- Graduate / Post Graduate Degree in Professional Course selected through a process described through any one of the following:
- a. Scholars who are selected through NationalEligibility Tests - CSIR-UGC NET including lectureship (Assistant Professorship) and GATE.
- b. The selection process through National level examinations conducted by Central Government Departments and their Agencies and Institutions such as DST, DBT, DAE, DOS, DRDO, MoE, ICAR, ICMR, IIT, IISc, IISER, NISER etc.
- # Relaxable upto 5 years in the case of SC/ST/OBC/Physically Handicapped / Visually Handicapped and female applicant.
Indian Institute of Technology Kharagpur Job Details & Overview
Junior Research Fellow [JRF] position at Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC), under the project RDE Development with Real Time Flow and Thrust Control Phase -1 RDE Engine Testing Facility(FAT) sponsored by ARDB, DRDO(Room No. 411, DRDO HQ Annexe Metcalfe House, Civil Lines, Delhi - 110054) (Principal Investigator: Amardip Ghosh).
- Reference No.: IIT/SRIC/R/FAT/2026/101
- Department: Aerospace Engineering
- Project: RDE Development with Real Time Flow and Thrust Control Phase -1 RDE Engine Testing Facility(FAT)
- Principal Investigator: Amardip Ghosh
- Sponsor: ARDB, DRDO(Room No. 411, DRDO HQ Annexe Metcalfe House, Civil Lines, Delhi - 110054)
- Vacancies: 6
- Consolidated pay: Upto ₹37,000, depending upon qualification and experience
- Age limit: 35 years
- Tenure: 36 Months or the termination of the project, whichever is earlier.
- Last date to apply: 3 November 2026
- Application fee: NIL
How to apply: Apply online through the IIT Kharagpur SRIC staff recruitment portal: https://erp.iitkgp.ac.in/SRICStaffRecruitment/Login.jsp?ref_no=IIT/SRIC/R/FAT/2026/101. Candidates must meet the essential qualification and age criteria; shortlisted candidates will be informed by email and called for interview. The appointment is purely temporary and co-terminus with the project.
Indian Institute of Technology Kharagpur Important Links
How to Apply for Indian Institute of Technology Kharagpur Recruitment 2026
- Confirm you meet the eligibility criteria for Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC)'s Junior Research Fellow [JRF] – Aerospace Engineering (IIT Kharagpur SRIC, Ref. IIT/SRIC/R/FAT/2026/101) before applying.
- Apply online through the official application link or official website listed above for this Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC) recruitment.
- Fill in the form with accurate personal, educational and category details, and upload the required scanned documents as specified.
- Pay the application fee of NIL (no application fee) online using debit/credit card, net banking or UPI.
- Submit the form before 3 Nov 2026 and save the confirmation page and fee receipt.
Indian Institute of Technology Kharagpur Documents Required
- Printout of the submitted application form and the fee payment receipt.
- Recent photograph and signature, sized as specified in the notification.
- Proof of Date of Birth (birth certificate or Class X / SSLC mark sheet) and a photo identity proof.
- Educational qualification certificates and mark sheets required for the post.
- Caste / EWS / experience / disability certificates, as applicable to your category or the post.
Indian Institute of Technology Kharagpur Important Instructions
- Apply only through the official link for this Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC) recruitment - no other mode is accepted.
- Verify all details (eligibility, dates, fees) from the official Aerospace Engineering, Indian Institute of Technology Kharagpur (SRIC) notification before submitting.
- Complete and pay before the last date, 3 Nov 2026; late or incomplete applications will not be considered.
- Only one application is allowed; if multiple are submitted, only the latest valid one is considered.
- Candidature is subject to verification of all documents with originals at later stages.
- Track updates to this notification (corrigenda, admit card, result) on Rojgarpulse.
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Indian Institute of Technology Kharagpur Recruitment FAQs
What is Junior Research Fellow [JRF] – Aerospace Engineering (IIT Kharagpur SRIC, Ref. IIT/SRIC/R/FAT/2026/101)?
Junior Research Fellow [JRF] – Aerospace Engineering (IIT Kharagpur SRIC, Ref. IIT/SRIC/R/FAT/2026/101) is a government recruitment notification published by Indian Institute of Technology Kharagpur. Apply before the last date to be considered for the post.
When do applications open for Indian Institute of Technology Kharagpur Recruitment 2026?
Online applications for Indian Institute of Technology Kharagpur Recruitment 2026 start on 13 October 2026.
What is the last date to apply for Indian Institute of Technology Kharagpur Recruitment 2026?
The last date to submit the application for Indian Institute of Technology Kharagpur Recruitment 2026 is 03 November 2026.
What is the application fee for Indian Institute of Technology Kharagpur Recruitment 2026?
NIL (no application fee)
What is the age limit for Indian Institute of Technology Kharagpur Recruitment 2026?
Maximum age limit for Indian Institute of Technology Kharagpur Recruitment 2026 is 35 years as on the cutoff date, subject to applicable relaxations.
What is the qualification required for Indian Institute of Technology Kharagpur Recruitment 2026?
Post Graduate Degree in Basic Science Graduate / Post Graduate Degree in Professional Course selected through a process described through any one of the following: a. Scholars who are selected through NationalEligibility Tests - CSIR-UGC NET including lectureship (Assistant Professorship) and GATE. b. The selection process through National level examinations conducted by Central Government Depart
How to apply for Indian Institute of Technology Kharagpur Recruitment 2026?
Apply online through the official application link or official website listed above for Indian Institute of Technology Kharagpur Recruitment 2026. Always verify all details from the official notification before applying.