The Thermofluids Engineering division focuses on research in fluid dynamics, heat transfer, energy systems, multiphase flow, boiling and condensation, heat transfer, fluid mechanics, gasification, and combustion with key areas including:

• Energy Management – Solar power composite thermal energy systems for efficient renewable energy utilization.
• Water Technologies – Vacuum desalination and cascaded latent heat storage for sustainable water purification.
• Combustion – Miniature combustors for power generation and low-emission combustion technologies.
• Fluid-Structure Interaction (FSI) – Multiphase flow modeling and aerodynamic studies on flapping airfoils.
• High-Speed Flows – Supersonic flow test setups for aerospace and defense applications.
• Computational Fluid Dynamics (CFD) – Advanced simulations for turbulence, heat transfer, and aerodynamics.
• Microfluidics & Sensors – Miniaturized sensor systems for real-time fluid diagnostics.
• Submarine Hydrodynamics; Turbomachinery
• Ocean Energy; Phase-Change Problems; Multiphase flows
• Latent heat based storage device for high temperature applications,
• Renewable energy integration; Electrochemical carbon capture.
• Machine learning for fluid mechanics