3. Anurag Mishra (2024-ongoing), Application of coherent anit-Stokes Raman spectroscopy in combustion

2. Meenatchidevi Murugesan (2016), Investigation of combustion instabilities in combustors with restricted area exits

1. Balasubramanian Singaravelu (2015-2016), Modeling and experimental investigations of thermoacoustic interactions in vortex shedding combustors

5. Srihari Dinesh Kumar Juvva (co-advisor, 2014-2020), Passive and active control of hooting in gas turbine combustors

4. Benjamin Abraham (2016-2022), Theoretical investigation of vortexacoustic lock-in pertaining to combustion instability

3. Balasundaram Mohan (2016-2023), Theoretical and experimental investigations of thermoacoustic instabilities in premixed burners of air-breathing engines

2. Manmohan Viswakarma (2015-2023), Experimental investigation of combustion instability in a laboratory scale can combustor with application to gas turbine engines

1. Keesanth (2019-ongoing), Design, development of a new class of temperature sensitive paint for aerodynamic characteriztion

1. Gurpreet Singh, (2018-2021), Route to thermoacoustic instability in a bluff-body stabilized Rijke tube

M Gnaneswar Reddy, (2022-ongoing), Application of physics informed neural network to study thermoacoustic interactions in vortex shedding combustors

13. Akhil K, (2021-2024), Experimental investigation of forced response of vortex acoustic lock-in in bluff body stabilized flame

12. Mohanish Dhruv, (2021-ongoing), Effect of fuel staging on azimuthal combustion instability

11. Krishna Chaitanya, (2019-2022), Application of physics informed neural network to solve the acoustic wave equation: a first step to study thermoacoustic interactions

10. Ratnesh, (2019-2021), Thermoacoustic instability analysis in one-dimensional combustor in time domain

9. Vigneshwaran Shankar, (2018-2020), Modeling thermoacoustic instability in vortex shedding bluff-body stabilized combustors

8. Vishal B Khairnar, (2017-2020), Vortex shedding behind a circular disc

7. Arvind Bharath S R, (2017-2019), Computational investigation of acoustic and entropy-driven combustion instabilities in variable area combustor

6. Keesanth Singh C, (2017-2019), Identification of laminar-turbulent transition location using in-house developed temperature sensitive paint

5. Pravesh S, (2015-2017), Study of the dynamics of vortex shedding combustors using time series analysis

4. Shivani Singh, (co-advisor), (2015-2017), Aerodynamic characteristics of airfoil at high angle of attack beyond stall

3. Balasundaram Mohan, (2014-2016), Influence of non perfect impedance boundary on the bistable region in thermoacoustic interactions 

2. Rajbir Verma, (2013-2015), Measurement of unsteady heat release rate using two microphone technique

1. Harikant, (2013-2015), Effect of global acceleration in the acoustic response of premixed flame

6. Yash Khatri, (2018-2019), Development of software for Coherent anti-Stokes Raman Spectroscopy (CARS)

5. Prabhat Kumar, (2017-2018), Design and fabrication of pulsejet engine for UAV application

4. Raghavendran Raman, B. Tech.,(external, SASTRA University) (2017), Modeling of combustion instabilities in solid rocket motors

3. Vishal B Khairnar, (2017-2018), Design and fabrication of pulsejet engine for UAV application

2. Dhanush Kumar K, (2017-2018), Thermoacoustic instability in variable area combustors

1. Abhishek Kale, (2015), Bifurcation analysis of thermoacoustic interactions in Rijke tube

Notable industries

1. General Electric Bengaluru

2. Rolls-Royce Bengaluru, London

3. Airforce

Notable academic institutes

1. Indian Institute of Technology Dharwad

2. Amrita Vishwa Vidyapeetham

3. Postdoctoral fellow at IISc Bengaluru

Notable institutes for higher studies

1. IRWTH Aachen Germany, 

2. KAUST Saudi Arabia, 

3. Hong Kong University of Science and Technology, 

4. Texas A & M USA, 

5. JEMARO program, ISAE France