Computational Fluid Mechanics Hypersonic Aerothermodynamics Aerodynamic Shape Optimization Compressible & Incompressible Flow Unsteady Flows Associate Member, Aeronautical Society of India Senior Member, American Institute of Aeronautics and Astronautics

Adaptive Control Fractional Order Modelling and Control Physiological Modelling Fault/Disease Detection and Diagnosis

Area of Research: Step growth polymers, Polymers for medical applications, Hydrogels for tissue engineering.Nanofibers for biomedical applications, polysaccharide based nanomaterials for drug delivery applications, light emitting polymers, nanocoposites

Materials Forming, Aerospace Materials, Metal joining, Heat treatment

Finite Element Methods

Gas Sensor and Bio Sensor

Experimental and Numerical Investigation of Laminar Burning Velocity/ Flame speed using Freely propagating Spherical Flame Method for gaseous/ liquid fuel-Air/O2 mixtures Implementation of a Radiation model in ANSYS CHEMKIN Experimental and Numerical Inve

Acoustics, Vibration, Condition Monitoring, Fluid-Structure Interaction, Nonlinear Dynamics and NVH

Small satellites -- Mission design, On Board computer, Systems Engineering

Affine forms, Affine fibrations, Epimorphism problems, Cancellation problems, Derivations, Locally Nilpotent Derivations, Projective Algebras and allied areas.

I primarily work in the area of statistical signal processing with applications to communications. Thorough study and comparison of the MSE performance of Kalman filter and the H-Infinity Estimator in the presence of statistical uncertainties. Presently

Power Electronics – Power Converters, PWM techniques, Multiphase Drives, Power Quality, and Renewable Energy.

Robust Control, Control System and applications, Power System Control

Focusing on methods, algorithms, and framework perspectives, my research group has interests in the processing, modelling and analyses of remote sensing data for various applications, such as: atmosphere (atmospheric correction modelling of satellite da

My research focuses on energetic transients. I work mainly on the bright and short-lived explosions called Gamma-Ray Bursts (GRBs) and electromagnetic counterparts to Gravitational Wave events. I’ve recently dived into Fast Radio Bursts (FRBs), an exotic

Nonlinear Dynamics & applications to condensed matter systems, Geometry & integrability, Solitons in condensed matter physics

Heat Transfer in Space applications: Major areas of research involves film/regenerative cooling of liquid rocket thrust chambers, liquid rocket engine cycle analysis, cryogenic two phase flow, plume radiation modeling of solid rocket motors, micro nozzles