| Funding_Agency | Project_Title | Investigator_Name | Institution_Name | Address1 | Cost | Duration |
| Defence Research and Development Organisation | Development of an autonomous MAV with optical flow based obstacle avoidance | S.R. Shankapal | M.S. Ramaiah School of Advanced Studies | | 1827550 | 30 |
| Defence Research and Development Organisation | Neuro-Electronic hybrid systems | S.K. Sikdar | Indian Institute of Science | | 1852500 | 30 |
| Defence Research and Development Organisation | Design & development of tilt-rotor MAV Phase - II | S.N. Omkar | Indian Institute of Science | | 1977800 | 30 |
| Defence Research and Development Organisation | Towards development of an upward swirl can type Gas Turbine Combustor | J. Banerjee | Sardar Vallabhbhai National Institute of Technology | | 1945000 | 32 |
| Defence Research and Development Organisation | Flow-induced vibration of Turbo machinery blades | R.N. Govardhan | Indian Institute of Science | | 1876000 | 24 |
| Defence Research and Development Organisation | Development of a numerical design tool for Topological optimization of high pressure compressor rotors with circumferential blade root configuration | K. Elangovan | Cambridge Institute of Technology | | 880000 | 24 |
| Defence Research and Development Organisation | Development of thin film strain sensor technology for hot end gas turbine engine components | M. Ramachandran | Toc H Institute of Science & Technology | | 981000 | 24 |
| Defence Research and Development Organisation | Study on internal flow dynamics in a 2D curbed nozzle & development of fluidic thrust vectored nozzle | A. Kushani | Indian Institute of Technology (Kanpur) | | 1841200 | 36 |
| Defence Research and Development Organisation | Shock tube development & verification of capabilities of existing correlation for stagnation point heat transfer rate | N. Sahoo | Indian Institute of Technology (Guwahati) | | 1604300 | 24 |
| Defence Research and Development Organisation | Simulation & development of flapping mechanisms | U. Pruthviraj | National Institute of Technology (Karnataka) | Department of Applied Mechanics & Hydraulics, Surathkal | 1780300 | 24 |
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