Ever wondered how jet engines, rockets, or wind turbines become smarter, quieter, and more energy-efficient? The answer lies in the high-speed dance of fluids—and Prof. Ashoke De from IIT Kanpur is leading the way in understanding it.

Using cutting-edge high-fidelity simulations, Prof. De’s research dives deep into how fluids like air and fuel behave under extreme conditions—burning, swirling, vibrating, and interacting with solid surfaces at incredible speeds. His lab tackles multidisciplinary engineering challenges ranging from space propulsion and energy systems to aero-elasticity and mesoscale fluid dynamics.

Whether it's:

• Designing quieter jet engines
• Creating more efficient rocket combustors
• Reducing aeroacoustic noise

Prof. De’s team is pushing the boundaries of science and computation to build the next generation of intelligent, sustainable engineering systems.

As part of his dynamic research group, you'll be immersed in an environment where mechanical, aerospace, energy, and computational disciplines converge—challenging you to grow, innovate, and impact the world.

Explore more about his groundbreaking work: https://home.iitk.ac.in/~ashoke/research.php