JUNIOR RESEARCH FELLOW[ JRF ] :
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Position No.
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No. of Positions
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Research Field
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Essential Qualifications
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JRF-E1926
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02
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1. Improvement of mechanical properties at cryo temperatures of martensitic stainless steel by optimizing the alloy composition and process parameters.
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M.E/M.Tech or equivalent in Metallurgy/Material Science & Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Metallurgy/Material Science & Engineering/ Mechanical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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2. Modelling and Structure property correlation of diffusion bonding in Titanium Alloys
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JRF-E1927
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02
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1.Modelling and development of low density foam products for cryo insulation and other space applications
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M.E/M.Tech or equivalent in Chemical Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Chemical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent
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2. Improvement in burn rate and process in propellant development by modification of AP crystal structure by co-crystallisation
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JRF-E1928
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01
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Theoretical studies and experimental validation to decipher complimentary influence of parameter governing crystallization features of Sodium Perchlorate (SPC) for improved manufacture of Ammonium Perchlorate
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M.E/M.Tech or equivalent in Chemical Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Chemical Engineering or M.Sc. Degree in Chemistry in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-E1929
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01
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Design and development of Integrated Vehicle Health Management (IVHM) systems.
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M.E/M.Tech or equivalent in Embedded Systems/VLSI/Microelectronics/VLSI & Microelectronics in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of a minimum of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Electronics & Communication/Applied Electronics & Instrumentation/Applied Electronics/Electrical & Electronics/Electronics & Telecommunication Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-E1930
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01
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Ablation and thermo-mechanical behavior of carbon fibre incorporated elastomeric ablatives for ultrahigh temperature
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M.E/M.Tech or equivalent in Polymer Engineering/Rubber Technology in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Chemical Engineering/Polymer Engineering/Rubber Technology OR M.Sc. Degree in Polymer Chemistry in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent
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JRF-E1931
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01
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Estimation of dynamic stability derivatives from free flight tests.
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M.E/M.Tech or equivalent in Aerospace/Aeronautical Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of a minimum of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Aerospace/Aeronautical/Mechanical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-E1932
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01
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Numerical simulation of Fluid Structure Interaction (FSI) and experimental validation applicable to rocket motor internal and nozzle flow.
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M.E/M.Tech or equivalent in Aerospace/Mechanical Engineering with specialization in Thermal Engineering/Fluid dynamics (Numerical/Experimental) in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Aerospace/Mechanical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-E1933
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01
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Development of computational tool for the prediction of hybrid rocket motor performance
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M.E/M.Tech or equivalent in Aerospace/Aeronautical/ Mechanical/Propulsion Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Aerospace/Aeronautical/Mechanical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-E1934
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01
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Thermo-Mechanical Response of Polymer matrix composites under High Heating Rates
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M.E/M.Tech or equivalent in Engineering Design/Thermal Engineering/ Structural/Mechanical Engineering in First Class with an aggregate minimum of 60% marks (average of all semesters) or CGPA/CPI grading of 6.5 on a 10 scale or equivalent.
with
B.E/B.Tech or equivalent in Mechanical Engineering in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent
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JRF-S1935
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01
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Development of Medium-Low permittivity Electromagnetic ceramics
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M.Sc. Degree in Physics in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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JRF-S1936
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04
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1.Synthesis and characterization of Boron Nitride nanostructures
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M.Sc. Degree in Chemistry in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent.
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2. Synthesis, characterization and evaluation of energetic room temperature ionisable fuels.
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3.Investigations on Re-mendable high performance polymer matrices.
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4.Studies on Modification of Ceramic Matrix Composites (CMCs) to improve electromagnetic “shielding” & absorbing” properties
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SENIOR PROJECT ASSOCIATE [ SPA ] :
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Position No.
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No. of Positions
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Research Field
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Essential Qualifications
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SPA-1937
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01
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To work on climate impact of Atmospheric Aerosol through modelling study
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- Ph.D in Physics/Atmospheric Science.
- Experience in climate / atmospheric modelling
OR
- M.Sc. Degree in Physics/Atmospheric Science in First Class with an aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a 10 scale or equivalent and
- 4 year research experience in climate / atmospheric modelling
- Experience in aerosol modelling / large-scale data analysis. (Desirable)
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RESEARCH ASSOCIATE [ RA ] :
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Position No.
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No. of Positions
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Research Field
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Essential Qualifications
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RA-1938
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01
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Development of high power density fuel cells
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Ph.D. in Mechanical Engineering. Their Ph.D. work should have been carried out in either of the following areas:
- Modelling and simulation of fluid / thermal transport or fuel cells
- Fuel cell / hydrogen technologies or
- Design of thermal and fluid systems
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RA-1939
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01
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Development of next generation 20kw fuel cell
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Ph.D. in Chemistry. Their Ph.D. work should have been carried out in the areas of Proton Exchange Membrane based Electro Catalysts/Fuel Cells /Electrolysers.
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